*deck readme
Merged WILLIE inputs.

The following decks are included in this version of wli.src:
    endfb6:  69-group NJOY99 inputs to process ENDF/B-VI rev. 8.
  endfb6gx: 172-group NJOY99 inputs to process ENDF/B-VI rev. 8.
    endfb7:  69-group NJOY99 inputs to process ENDF/B-VII beta3.
  endfb7gx: 172-group NJOY99 inputs to process ENDF/B-VII beta3.
    endf70:  69-group NJOY99 inputs to process ENDF/B-VII beta3.
  endf70gx: 172-group NJOY99 inputs to process ENDF/B-VII beta3.
      iaea:  69-group NJOY99 inputs to process IAEA library.
    iaeagx: 172-group NJOY99 inputs to process IAEA library.
     jef22:  69-group NJOY99 inputs to process JEF-2.2.
   jef22gx: 172-group NJOY99 inputs to process JEF-2.2.
    jeff31:  69-group NJOY99 inputs to process JEFF-3.1.
  jeff31gx: 172-group NJOY99 inputs to process JEFF-3.1.
    jeff3t:  69-group NJOY99 inputs to process JEFF-3T.
    jendl3:  69-group NJOY99 inputs to process JENDL-3.2.
  jendl3gx: 172-group NJOY99 inputs to process JENDL-3.2.

*deck endfb6

      WIMS-D Library Update Project
      =============================

      1. Modify the starter file
         -----------------------

      Starter file: "1986" WIMS-D Library form Winfrith (WDN29.ASC)
      Action      : - Remove unnecessary materials.
                    - Add extra fission products.
      Output file : WLUP01.LIB

      Delete pseudo-fission products and compounds
DELM
WDN29.ASC
W1.TMP
251

DELM
W1.TMP
W2.TMP
252

DELM
W2.TMP
W1.TMP
253

DELM
W1.TMP
W2.TMP
254

DELM
W2.TMP
W1.TMP
105

DELM
W1.TMP
W2.TMP
135

DELM
W2.TMP
W1.TMP
500

DELM
W1.TMP
W2.TMP
9056

DELM
W2.TMP
W1.TMP
8058

DELM
W1.TMP
W2.TMP
9058


     Include new fission spectrum

INCL
W2.TMP
FISSION.XSP
W1.TMP


      Check library integrity

CHCK
W1.TMP
WLUP01.LIB

FOBI
WLUP01.LIB
WLUP01.BIN


      2. Major Reactor Materials Replacement
         -----------------------------------

      Starter file: wlup01.lib
      Action      : Replace major reactor materials:
                    - H(H2O)
                    - O
                    - Al
                    - U235
                    - U238
      Output file : WLUP02.LIB
      Temp. files : W1.TMP, W2.TMP

      Replace moderator Hydrogen bound in water (H_H20s.XSW)

INCL
WLUP01.LIB
H_H2Os.XSW
W1.TMP


1

      Replace moderator material Oxygen (O_016s.XSW)

INCL
W1.TMP
O_016s.XSW
W2.TMP


3

      Replace structural material Aluminium-27 (Al027s.XSW)

INCL
W2.TMP
Al027s.XSW
W1.TMP



      Replace fissile material Uranium-235 (U_235a.XSW)

INCL
W1.TMP
U_235a.XSW
W2.TMP



      Replace fissile material Uranium-238 (U_238a.XSW)

INCL
W2.TMP
U_238a.XSW
W1.TMP



      Check library integrity

CHCK
W1.TMP
WLUP02.LIB

FOBI
WLUP02.LIB
WLUP02.BIN


      3. Fission Product Materials Replacement
         -------------------------------------

      Starter file: wlup02.lib
      Action      : Replace all fission products
      Output file : WLUP03.LIB
      Temp. files : W1.TMP, W2.TMP

      Process Kripton-83

INCL
WLUP02.LIB
Kr083g.XSW
W1.TMP


      Process Mo-95
INCL
W1.TMP
Mo095g.XSW
W2.TMP



      Process Tc-99

INCL
W2.TMP
Tc099g.XSW
W1.TMP



      Process Ru-101

INCL
W1.TMP
Ru101g.XSW
W2.TMP



      Process Ru-103

INCL
W2.TMP
Ru103g.XSW
W1.TMP



      Process Rh-103

INCL
W1.TMP
Rh103g.XSW
W2.TMP



      Process Rh-105

INCL
W2.TMP
Rh105g.XSW
W1.TMP



      Process Pd-105

INCL
W1.TMP
Pd105g.XSW
W2.TMP



      Process Pd-107

INCL
W2.TMP
Pd107g.XSW
W1.TMP
4108
4107

      Process Pd-108

INCL
W1.TMP
Pd108g.XSW
W2.TMP



      Process Ag-109 data for WIMS (fission product)

INCL
W2.TMP
Ag109g.XSW
W1.TMP



      Process Cd-113

INCL
W1.TMP
Cd113g.XSW
W2.TMP



      Process In-115

INCL
W2.TMP
In115g.XSW
W1.TMP



      Process Te-127m

INCL
W1.TMP
Te127m.XSW
W2.TMP
4127
5127

      Process I-127

INCL
W2.TMP
I_127g.XSW
W1.TMP



      Process I-135

INCL
W1.TMP
I_135g.XSW
W2.TMP



      Process Xe-131

INCL
W2.TMP
Xe131g.XSW
W1.TMP



      Process Xe-134

INCL
W1.TMP
Xe134g.XSW
W2.TMP
4135
5134

      Process Xe-135

INCL
W2.TMP
Xe135g.XSW
W1.TMP



      Process Xe-136

INCL
W1.TMP
Xe136g.XSW
W2.TMP
4143
4136

      Process Cs-133

INCL
W2.TMP
Cs133g.XSW
W1.TMP



      Process Cs-134

INCL
W1.TMP
Cs134g.XSW
W2.TMP



      Process Cs-135

INCL
W2.TMP
Cs135g.XSW
W1.TMP



      Process Nd-143

INCL
W1.TMP
Nd143g.XSW
W2.TMP



      Process Nd-145

INCL
W2.TMP
Nd145g.XSW
W1.TMP



      Process Pm-147 (Capture precursor of Pm-148)

INCL
W1.TMP
Pm147g.XSW
W2.TMP



      Process Pm-147 (Capture precursor of Pm-148m)

INCL
W2.TMP
Pm147h.XSW
W1.TMP



      Process Pm-148

INCL
W1.TMP
Pm148g.XSW
W2.TMP



      Process Pm-148m

INCL
W2.TMP
Pm148m.XSW
W1.TMP



      Process Pm-149

INCL
W1.TMP
Pm149g.XSW
W2.TMP



      Process Sm-147

INCL
W2.TMP
Sm147g.XSW
W1.TMP



      Process Sm-149

INCL
W1.TMP
Sm149g.XSW
W2.TMP



      Process Sm-150

INCL
W2.TMP
Sm150g.XSW
W1.TMP



      Process Sm-151

INCL
W1.TMP
Sm151g.XSW
W2.TMP



      Process Sm-152

INCL
W2.TMP
Sm152g.XSW
W1.TMP



      Process Eu-151

INCL
W1.TMP
Eu151g.XSW
W2.TMP
4153
5151

      Process Eu-152

INCL
W2.TMP
Eu152g.XSW
W1.TMP
4153
5152

      Process Eu-153

INCL
W1.TMP
Eu153g.XSW
W2.TMP



      Process Eu-154

INCL
W2.TMP
Eu154g.XSW
W1.TMP



      Process Eu-155

INCL
W1.TMP
Eu155g.XSW
W2.TMP



      Process Gd-154

INCL
W2.TMP
Gd154g.XSW
W1.TMP



      Process Gd-155

INCL
W1.TMP
Gd155g.XSW
W2.TMP



      Process Gd-156

INCL
W2.TMP
Gd156g.XSW
W1.TMP



      Process Gd-157

INCL
W1.TMP
Gd157g.XSW
W2.TMP



      Process Gd-158

INCL
W2.TMP
Gd158g.XSW
W1.TMP



      Process Dy-160

INCL
W1.TMP
Dy160g.XSW
W2.TMP
164
160

      Process Dy-161

INCL
W2.TMP
Dy161g.XSW
W1.TMP
164
161

      Process Dy-162

INCL
W1.TMP
Dy162g.XSW
W2.TMP
164
162

      Process Dy-163

INCL
W2.TMP
Dy163g.XSW
W1.TMP
164
163

      Process Dy-164

INCL
W1.TMP
Dy164g.XSW
W2.TMP



      Process Ho-165

INCL
W2.TMP
Ho165g.XSW
W1.TMP
167
165

      Process Er-166
INCL
W1.TMP
Er166g.XSW
W2.TMP
167
2166

      Process Er-167
INCL
W2.TMP
Er167g.XSW
W1.TMP
167
2167

      Process U-237 as a dummy fission product (insert before 927)

INCL
W1.TMP
U_237f.XSW
W2.TMP
 927
4927

      Process dummy f.p. precursor of U-232 (insert before 9233)

INCL
W2.TMP
U_232f.XSW
W1.TMP
9233
4232

      Replace the pseudo fission product 4902

INCL
W1.TMP
PFP4902.XSW
W2.TMP



      Process Sm-148 (new f. p. inserted before 5149 = Pm-149)

INCL
W2.TMP
Sm148g.XSW
W1.TMP
5149
6148

      Process Ru-106 (new f. p. inserted before 4103 = Rh-103)

INCL
W1.TMP
Ru106g.XSW
W2.TMP
4103
4106

      Process Sb-125 (new f. p. inserted before 5127 = Te-127m)

INCL
W2.TMP
Sb125g.XSW
W1.TMP
5127
4125

      Process Cs-137 (new f. p. inserted before 6135 = I-135)

INCL
W1.TMP
Cs137g.XSW
W2.TMP
6135
4137

      Check library integrity

CHCK
W2.TMP
WLUP03.LIB


FOBI
WLUP03.LIB
WLUP03.BIN




      4. Minor Actinides Replacement
         ---------------------------

      Starter file: wlup03.lib
      Action      : Replace all minor Actinides
      Output file : WLUP04.LIB
      Temp. files : W1.TMP, W2.TMP

      Process U-234

INCL
WLUP03.LIB
U_234g.XSW
W1.TMP



      Process U-236

INCL
W1.TMP
U_236g.XSW
W2.TMP



      Process U-237

INCL
W2.TMP
U_237g.XSW
W1.TMP



      Process Np-237

INCL
W1.TMP
Np237g.XSW
W2.TMP



      Process Np-239

INCL
W2.TMP
Np239g.XSW
W1.TMP



      Process Pa-231

INCL
W1.TMP
Pa231g.XSW
W2.TMP
1233
1231

      Process Pa-233

INCL
W2.TMP
Pa233g.XSW
W1.TMP



      Process U-232

INCL
W1.TMP
U_232g.XSW
W2.TMP
9233
232

      Process Pu-242

INCL
W2.TMP
Pu242g.XSW
W1.TMP



      Process Pu-242 (high concentration degraded Plutonium)

INCL
W1.TMP
Pu242h.XSW
W2.TMP
1242
 242



      Process Pu-238

INCL
W2.TMP
Pu238g.XSW
W1.TMP



      Process Am-241

INCL
W1.TMP
Am241g.XSW
W2.TMP



      Process Am-242g

INCL
W2.TMP
Am242g.XSW
W1.TMP
952
1952

      Process Am-242m

INCL
W1.TMP
Am242m.XSW
W2.TMP



      Process Am-243

INCL
W2.TMP
Am243g.XSW
W1.TMP



      Process Cm-242

INCL
W1.TMP
Cm242g.XSW
W2.TMP
1000
962

      Process Cm-243

INCL
W2.TMP
Cm243g.XSW
W1.TMP
1000
963

      Process Cm-244

INCL
W1.TMP
Cm244g.XSW
W2.TMP
1000
964

      Check library integrity

CHCK
W2.TMP
WLUP04.LIB


FOBI
WLUP04.LIB
WLUP04.BIN




      5. Major Actinides Replacement
         ---------------------------

      Starter file: wlup04.lib
      Action      : Replace all remaining major Actinides
      Output file : WLUP05.LIB
      Temp. files : W1.TMP, W2.TMP

      Process Th-232

INCL
WLUP04.LIB
Th232g.XSW
W1.TMP



      Process U-233

INCL
W1.TMP
U_233g.XSW
W2.TMP



      Process Uranium-235 (U_235g.XSW)

INCL
W2.TMP
U_235g.XSW
W1.TMP



      Process Uranium-238 (U_238g.XSW)

INCL
W1.TMP
U_238g.XSW
W2.TMP



      Process Pu-239

INCL
W2.TMP
Pu239g.XSW
W1.TMP



      Process Pu-240

INCL
W1.TMP
Pu240g.XSW
W2.TMP



      Process Pu-241

INCL
W2.TMP
Pu241g.XSW
W1.TMP



      Delete old Gd-157 fission product (4157)

DELM
W1.TMP
W2.TMP
4157

      Check library integrity

CHCK
W2.TMP
WLUP05.LIB


FOBI
WLUP05.LIB
WLUP05.BIN



      6. Absorbers Materials
         -------------------

      Starter file: wlup05.lib
      Action      : Replace absorber materials
      Output file : WLUP06.LIB
      Temp. files : W1.TMP, W2.TMP

      Process B-10 burnable
INCL
WLUP05.LIB
B_010g.XSW
W2.TMP
  10

      Process B-10 Unburnable
INCL
W2.TMP
B_010s.XSW
W1.TMP
1010

      Process B-11 burnable (insert before B-nat 1011)
INCL
W1.TMP
B_011g.XSW
W2.TMP
1011
11

      Prepare B-nat from
              19.9 % B-10
              80.1 % B-11

MIXM
B_Nats.xsw
1011
B_010s.xsw
19.9
B_011s.xsw
80.1


      Process B-NAT

INCL
W2.TMP
B_Nats.XSW
W1.TMP


      Prepare Ag-nat from
              51.839 % Ag-107
              48.161 % Ag-109
MIXM
AgNats.xsw
3109
Ag107s.xsw
51.839
Ag109s.xsw
48.161


      Process Ag-nat
INCL
W1.TMP
AgNats.XSW
W2.TMP


      Prepare Cd-nat from
              1.25 % Cd-106
              0.89 % Cd-108
             12.49 % Cd-110
             12.80 % Cd-111
             24.13 % Cd-112
             12.22 % Cd-113
             28.73 % Cd-114
              7.49 % Cd-116
MIXM
CdNats.xsw
2113
Cd106s.xsw
 1.25
Cd108s.xsw
 0.89
Cd110s.xsw
12.49
Cd111s.xsw
12.80
Cd112s.xsw
24.13
Cd113s.xsw
12.22
Cd114s.xsw
28.73
Cd116s.xsw
 7.49


      Process Cd-nat
INCL
W2.TMP
CdNats.XSW
W1.TMP


      Prepare In-nat
              4.3 % In-113
             95.7 % In-115
              ENDF/B-VI contains natural Indium

      Process In-nat
INCL
W1.TMP
InNats.XSW
W2.TMP



      Delete old Erbium data
DELM
W2.TMP
W1.TMP
167

      Process Hf-176
INCL
W1.TMP
Hf176g.XSW
W2.TMP



      Process Hf-177
INCL
W2.TMP
Hf177g.XSW
W1.TMP



      Process Hf-178
INCL
W1.TMP
Hf178g.XSW
W2.TMP



      Process Hf-179
INCL
W2.TMP
Hf179g.XSW
W1.TMP



      Process Hf-180
INCL
W1.TMP
Hf180g.XSW
W2.TMP



      Prepare Hf-nat
              0.162 % Hf-174
              5.206 % Hf-176
             18.606 % Hf-177
             27.297 % Hf-178
             13.629 % Hf-179
             35.100 % Hf-180
MIXM
HfNats.XSW
178
Hf174s.XSW
 0.162
Hf176s.XSW
 5.206
Hf177s.XSW
18.606
Hf178s.XSW
27.297
Hf179s.XSW
13.629
Hf180s.XSW
35.100


      Process Hf-nat
INCL
W2.TMP
HfNats.XSW
W1.TMP



      Prepare Eu-nat
              47.8 % Eu-151
              52.2 % Eu-153
MIXM
EuNats.XSW
152
Eu151s.XSW
47.8
Eu153s.XSW
52.2


      Process Eu-nat
INCL
W1.TMP
EuNats.XSW
W2.TMP
2154
152


      Check library integrity

CHCK
W2.TMP
WLUP06.LIB


FOBI
WLUP06.LIB
WLUP06.BIN



      7. Structural Materials
         -------------------

      Starter file: wlup06.lib
      Action      : Replace structural materials
      Output file : WLUP07.LIB
      Temp. files : W1.TMP, W2.TMP

      Process Co-59 (100% natural abundance)
INCL
WLUP06.LIB
Co059s.XSW
W2.TMP


      Prepare Cr-nat
               4.345 % Cr-50
              83.789 % Cr-52
               9.501 % Cr-53
               2.365 % Cr-54
MIXM
CrNats.xsw
  52
Cr050s.xsw
 4.345
Cr052s.xsw
83.789
Cr053s.xsw
 9.501
Cr054s.xsw
 2.365

      Process Cr-nat
INCL
W2.TMP
CrNats.xsw
W1.TMP


      Prepare Cu-nat
              69.17 % Cu-63
              30.83 % Cu-65
MIXM
CuNats.xsw
3063
Cu063s.xsw
69.17
Cu065s.xsw
30.83


      Process Cu-nat
INCL
W1.TMP
CuNats.xsw
W2.TMP


      Prepare Fe-nat from
               5.8  % Fe-54
              91.72 % Fe-56
               2.2  % Fe-57
               0.28 % Fe-58
MIXM
FeNats.xsw
2056
Fe054s.xsw
 5.8
Fe056s.xsw
91.72
Fe057s.xsw
 2.2
Fe058s.xsw
 0.28


          Process Fe-nat
INCL
W2.TMP
FeNats.xsw
W1.TMP



          Process Mg-nat
INCL
W1.TMP
MgNats.xsw
W2.TMP


          Process Mn-55 (100 % natural abundance)
INCL
W2.TMP
Mn055s.xsw
W1.TMP


          Process Mo-nat
INCL
W1.TMP
MoNats.xsw
W2.TMP


          Process Nb-93 (100 % natural abundance)
INCL
W2.TMP
Nb093s.xsw
W1.TMP


          Prepare Ni-nat from
                  68.077 % Ni-58
                  26.223 % Ni-60
                   1.140 % Ni-51
                   3.634 % Ni-62
                   0.926 % Ni-64
MIXM
NiNats.xsw
58
Ni058s.xsw
68.077
Ni060s.xsw
26.223
Ni061s.xsw
 1.140
Ni062s.xsw
 3.634
Ni064s.xsw
 0.926

          Process Ni-nat
INCL
W1.TMP
NiNats.xsw
W2.TMP



          Prepare Si-nat
                  92.23 % Si-28
                   4.67 % Si-29
                   3.10 % Si-30
MIXM
SiNats.xsw
29
Si028s.xsw
92.23
Si029s.xsw
 4.67
Si030s.xsw
 3.10


          Process Si-nat
INCL
W2.TMP
SiNats.xsw
W1.TMP



          Process Ti-nat
INCL
W1.TMP
TiNats.xsw
W2.TMP



          Process V-nat
INCL
W2.TMP
V_Nats.xsw
W1.TMP



          Process Zr-nat
INCL
W1.TMP
ZrNats.xsw
W2.TMP



          Prepare Sn-nat
                   0.97 % Sn-112
                   0.65 % Sn-114
                   0.36 % Sn-115
                  14.53 % Sn-116
                   7.68 % Sn-117
                  24.22 % Sn-118
                   8.58 % Sn-119
                  32.59 % Sn-120 (no neutron transport data in ENDF/B-VI
                   4.63 % Sn-122 (no neutron transport data in ENDF/B-VI
                   5.79 % Sn-124 (no neutron transport data in ENDF/B-VI
MIXM
SnNats.XSW
118
Sn112s.XSW
 0.97
Sn114s.XSW
 0.65
Sn115s.XSW
 0.36
Sn116s.XSW
14.53
Sn117s.XSW
 7.68
Sn118s.XSW
24.22
Sn119s.XSW
 8.58


      Process Sn-nat
INCL
W2.TMP
SnNats.XSW
W1.TMP
121
118


      Check library integrity

CHCK
W1.TMP
WLUP07.LIB


FOBI
WLUP07.LIB
WLUP07.BIN



      8. Other Moderators
         ----------------

      Starter file: wlup07.lib
      Action      : Replace other moderators
      Output file : WLUP08.LIB
      Temp. files : W1.TMP, W2.TMP
      WIMS-D Library Update Completed

      Process H bound in Zr H
INCL
WLUP07.LIB
H_ZrHs.XSW
W1.TMP
3002
5001

      Process D bound in D2O
INCL
W1.TMP
D_D2Os.XSW
W2.TMP


2

      Process Be-nat (100 % Be-9)
INCL
W2.TMP
BeNats.XSW
W1.TMP



      Process Graphite
INCL
W1.TMP
C_Grfs.XSW
W2.TMP


4

      Check library integrity

CHCK
W2.TMP
WLUP08.LIB


FOBI
WLUP08.LIB
WLUP08.BIN



      9. Various Additional Materials
         ----------------------------

      Starter file: wlup08.lib
      Action      : Replace various additional materials
      Output file : WLUP09.LIB
      Temp. files : W1.TMP, W2.TMP
      WIMS-D Library Update Completed

      Process He-3
INCL
WLUP08.LIB
He003s.XSW
W1.TMP



      Process He-4
INCL
W1.TMP
He004s.XSW
W2.TMP



      Prepare N-nat
              99.634 % N-14
               0.366 % N-15
MIXM
N_Nats.XSW
14
N_014s.XSW
99.634
N_015s.XSW
 0.366


      Process N-Nat
INCL
W2.TMP
N_Nats.XSW
W1.TMP



      Process F-Nat (100 % F-19)
INCL
W1.TMP
F_Nats.XSW
W2.TMP



      Process P-31 (P-nat = 100 % P-31)
INCL
W2.TMP
P_031s.XSW
W1.TMP
48
31


      Process S-nat (Element data in the ENDF/B-VI Library)
INCL
W1.TMP
S_Nats.XSW
W2.TMP
48
32


      Process Cl-nat (Element data in the ENDF/B-VI Library)
INCL
W2.TMP
ClNats.XSW
W1.TMP
48
35


      Process Li-6
INCL
W1.TMP
Li006s.XSW
W2.TMP



      Process Li-7
INCL
W2.TMP
Li007s.XSW
W1.TMP


      Process Na-nat (100 % Na-23)
INCL
W1.TMP
NaNats.XSW
W2.TMP


      Process Ca-nat (Element data in the ENDF/B-VI library)
INCL
W2.TMP
CaNats.XSW
W1.TMP
48
40


      Process Ta-181 (99.988 % Ta-181, ignore 0.012 % Ta-180)
INCL
W1.TMP
Ta181s.XSW
W2.TMP


      Process W-nat (Element data in the ENDF/B-VI file)
INCL
W2.TMP
W_Nats.XSW
W1.TMP


      Process Sb-121
INCL
W1.TMP
Sb121s.XSW
W2.TMP


      Process Sb-123
INCL
W2.TMP
Sb123s.XSW
W1.TMP


      Prepare Pb-nat
               1.4 %  Pb-204 (ignored, no neutron data in the ENDF/B-VI)
              24.1 %  Pb-206
              22.1 %  Pb-207
              52.4 %  Pb-208
MIXM
PbNats.XSW
207
Pb206s.XSW
24.1
Pb207s.XSW
22.1
Pb208s.XSW
52.4


      Process Pb-Nat
INCL
W1.TMP
PbNats.XSW
W2.TMP



      Check library integrity

CHCK
W2.TMP
WLUP09.LIB


FOBI
WLUP09.LIB
WLUP09.BIN


      10. Final sorting of the library
          ----------------------------

      Starter file: WLUP09.LIB
      Action      : - Move lead to structural materials
                    - Delete dosimetry reactions and insert
                      them at the end from archived files
      Output file : WLUP10.LIB

      Move lead data to structural materials
DELM
WLUP09.LIB
W1.TMP
207

INCL
W1.TMP
PbNats.xsw
W2.TMP
4083
207

     Delete dosimetry reactions
DELM
W2.TMP
W1.TMP
2212

DELM
W1.TMP
W2.TMP
1054

DELM
W2.TMP
W1.TMP
3058

DELM
W1.TMP
W2.TMP
1058

DELM
W2.TMP
W1.TMP
84

DELM
W1.TMP
W2.TMP
1091

DELM
W2.TMP
W1.TMP
2103

DELM
W1.TMP
W2.TMP
176

DELM
W2.TMP
W1.TMP
197

INCL
W1.TMP
C_Dmgd.xsw
W2.TMP


INCL
W2.TMP
Fe054d.xsw
W1.TMP


INCL
W1.TMP
Fe058d.xsw
W2.TMP


INCL
W2.TMP
Ni058d.xsw
W1.TMP


INCL
W1.TMP
Co059d.xsw
W2.TMP
2059

INCL
W2.TMP
Kr084d.xsw
W1.TMP


INCL
W1.TMP
ZrDmgd.xsw
W2.TMP


INCL
W2.TMP
Rh103d.xsw
W1.TMP


INCL
W1.TMP
Lu176d.xsw
W2.TMP


INCL
W2.TMP
Au197d.xsw
W1.TMP


      Check library integrity

CHCK
W1.TMP
WLUP10.LIB


FOBI
WLUP10.LIB
WLUP10.BIN

END
*deck endfb6gx

      WIMS-D Library Update Project
      =============================

      1. Preparation of a library seed file
         ----------------------------------

      Starter file: New Library
      Output file : WLUP01.LIB

NEWL
WLUP00.LIB
172
45
47

     Include group boundaries
INCL
WLUP00.LIB
EGB172.DAT
W1.TMP

     Include new fission spectrum
INCL
W1.TMP
FISSION.XSP
WLUP01.LIB


      2. Light elements and strcutural materials processing
         --------------------------------------------------

      Starter file: wlup01.lib
      Output file : WLUP02.LIB
      Moderator materials, Structural materials, Absorbers
      Temp. files : W1.TMP, W2.TMP

      Process moderator Hydrogen bound in water (H_H20s.XSW)

INCL
WLUP01.LIB
H_H2Os.XSW
W1.TMP

1

      Process H bound in Zr H

INCL
W1.TMP
H_ZrHs.XSW
W2.TMP



      Process D bound in D2O

INCL
W2.TMP
D_D2Os.XSW
W1.TMP

2


       Process He-3

INCL
W1.TMP
He003s.XSW
W2.TMP



      Process He-4

INCL
W2.TMP
He004s.XSW
W1.TMP



       Process Li-6

INCL
W1.TMP
Li006s.XSW
W2.TMP



      Process Li-7

INCL
W2.TMP
Li007s.XSW
W1.TMP



       Process Be-nat (100 % Be-9)

INCL
W1.TMP
BeNats.XSW
W2.TMP



      Process B-10

INCL
W2.TMP
B_010g.XSW
W1.TMP



      Process B-10 Unburnable

INCL
W1.TMP
B_010s.XSW
W2.TMP
1010


      Process B-11

INCL
W2.TMP
B_011g.XSW
W1.TMP




      Prepare B-nat from
              19.9 % B-10
              80.1 % B-11

MIXM
B_Nats.xsw
1011
B_010s.xsw
19.9
B_011s.xsw
80.1


      Process B-NAT

INCL
W1.TMP
B_Nats.XSW
W2.TMP



      Process Graphite

INCL
W2.TMP
C_Grfs.XSW
W1.TMP

4

       Prepare N-nat
              99.634 % N-14
               0.366 % N-15
MIXM
N_Nats.XSW
14
N_014s.XSW
99.634
N_015s.XSW
 0.366



	Process N-Nat

INCL
W1.TMP
N_Nats.XSW
W2.TMP



    Process Oxygen-16

INCL
W2.TMP
O_016s.XSW
W1.TMP

3

       Process F-Nat (100 % F-19)

INCL
W1.TMP
F_Nats.XSW
W2.TMP



      Process Na-nat (100 % Na-23)

INCL
W2.TMP
NaNats.XSW
W1.TMP



          Process Mg-nat

INCL
W1.TMP
MgNats.xsw
W2.TMP



      Process Aluminium-27

INCL
W2.TMP
Al027s.XSW
W1.TMP



          Prepare Si-nat
                  92.23 % Si-28
                   4.67 % Si-29
                   3.10 % Si-30
MIXM
SiNats.xsw
29
Si028s.xsw
92.23
Si029s.xsw
 4.67
Si030s.xsw
 3.10


          Process Si-nat

INCL
W1.TMP
SiNats.xsw
W2.TMP



      Process P-31 (P-nat = 100 % P-31)

INCL
W2.TMP
P_031s.XSW
W1.TMP



      Process S-nat (Element data in the ENDF/B-VI Library)

INCL
W1.TMP
S_Nats.XSW
W2.TMP



       Process Cl-nat (Element data in the ENDF/B-VI Library)

INCL
W2.TMP
ClNats.XSW
W1.TMP



        Process Ca-nat (Element data in the ENDF/B-VI library)

INCL
W1.TMP
CaNats.XSW
W2.TMP



           Process Ti-nat

INCL
W2.TMP
TiNats.xsw
W1.TMP



          Process V-nat

INCL
W1.TMP
V_Nats.xsw
W2.TMP



      Prepare Cr-nat
               4.345 % Cr-50
              83.789 % Cr-52
               9.501 % Cr-53
               2.365 % Cr-54
MIXM
CrNats.xsw
  52
Cr050s.xsw
 4.345
Cr052s.xsw
83.789
Cr053s.xsw
 9.501
Cr054s.xsw
 2.365

      Process Cr-nat

INCL
W2.TMP
CrNats.xsw
W1.TMP



          Process Mn-55 (100 % natural abundance)

INCL
W1.TMP
Mn055s.xsw
W2.TMP



      Prepare Fe-nat from
               5.8  % Fe-54
              91.72 % Fe-56
               2.2  % Fe-57
               0.28 % Fe-58
MIXM
FeNats.xsw
2056
Fe054s.xsw
 5.8
Fe056s.xsw
91.72
Fe057s.xsw
 2.2
Fe058s.xsw
 0.28


          Process Fe-nat

INCL
W2.TMP
FeNats.xsw
W1.TMP



          Prepare Ni-nat from
                  68.077 % Ni-58
                  26.223 % Ni-60
                   1.140 % Ni-51
                   3.634 % Ni-62
                   0.926 % Ni-64
MIXM
NiNats.xsw
58
Ni058s.xsw
68.077
Ni060s.xsw
26.223
Ni061s.xsw
 1.140
Ni062s.xsw
 3.634
Ni064s.xsw
 0.926

          Process Ni-nat

INCL
W1.TMP
NiNats.xsw
W2.TMP



      Process Co-59 (100% natural abundance)

INCL
W2.TMP
Co059s.XSW
W1.TMP



      Prepare Cu-nat
              69.17 % Cu-63
              30.83 % Cu-65
MIXM
CuNats.xsw
3063
Cu063s.xsw
69.17
Cu065s.xsw
30.83


      Process Cu-nat

INCL
W1.TMP
CuNats.xsw
W2.TMP



          Process Zr-nat

INCL
W2.TMP
ZrNats.xsw
W1.TMP



          Process Nb-93 (100 % natural abundance)

INCL
W1.TMP
Nb093s.xsw
W2.TMP



          Process Mo-nat

INCL
W2.TMP
MoNats.xsw
W1.TMP



      Prepare Ag-nat from
              51.839 % Ag-107
              48.161 % Ag-109
MIXM
AgNats.xsw
3109
Ag107s.xsw
51.839
Ag109s.xsw
48.161


      Process Ag-nat
INCL
W1.TMP
AgNats.XSW
W2.TMP


      Prepare Cd-nat from
              1.25 % Cd-106
              0.89 % Cd-108
             12.49 % Cd-110
             12.80 % Cd-111
             24.13 % Cd-112
             12.22 % Cd-113
             28.73 % Cd-114
              7.49 % Cd-116
MIXM
CdNats.xsw
2113
Cd106s.xsw
 1.25
Cd108s.xsw
 0.89
Cd110s.xsw
12.49
Cd111s.xsw
12.80
Cd112s.xsw
24.13
Cd113s.xsw
12.22
Cd114s.xsw
28.73
Cd116s.xsw
 7.49


      Process Cd-nat
INCL
W2.TMP
CdNats.XSW
W1.TMP


      Prepare In-nat
              4.3 % In-113
             95.7 % In-115
              ENDF/B-VI contains natural Indium

      Process In-nat

INCL
W1.TMP
InNats.XSW
W2.TMP



          Prepare Sn-nat
                   0.97 % Sn-112
                   0.65 % Sn-114
                   0.36 % Sn-115
                  14.53 % Sn-116
                   7.68 % Sn-117
                  24.22 % Sn-118
                   8.58 % Sn-119
                  32.59 % Sn-120 (no neutron transport data in ENDF/B-VI
                   4.63 % Sn-122 (no neutron transport data in ENDF/B-VI
                   5.79 % Sn-124 (no neutron transport data in ENDF/B-VI
MIXM
SnNats.XSW
118
Sn112s.XSW
 0.97
Sn114s.XSW
 0.65
Sn115s.XSW
 0.36
Sn116s.XSW
14.53
Sn117s.XSW
 7.68
Sn118s.XSW
24.22
Sn119s.XSW
 8.58


      Process Sn-nat
INCL
W2.TMP
SnNats.XSW
W1.TMP




      Process Sb-121

INCL
W1.TMP
Sb121s.XSW
W2.TMP



      Process Sb-123

INCL
W2.TMP
Sb123s.XSW
W1.TMP



      Prepare Eu-nat
              47.8 % Eu-151
              52.2 % Eu-153
MIXM
EuNats.XSW
152
Eu151s.XSW
47.8
Eu153s.XSW
52.2


      Process Eu-nat

INCL
W1.TMP
EuNats.XSW
W2.TMP



      Process Gd-154

INCL
W2.TMP
Gd154g.XSW
W1.TMP



      Process Gd-155

INCL
W1.TMP
Gd155g.XSW
W2.TMP



      Process Gd-156

INCL
W2.TMP
Gd156g.XSW
W1.TMP



      Process Gd-157

INCL
W1.TMP
Gd157g.XSW
W2.TMP



      Process Gd-158

INCL
W2.TMP
Gd158g.XSW
W1.TMP



      Process Dy-160

INCL
W1.TMP
Dy160g.XSW
W2.TMP



      Process Dy-161

INCL
W2.TMP
Dy161g.XSW
W1.TMP



      Process Dy-162

INCL
W1.TMP
Dy162g.XSW
W2.TMP



      Process Dy-163

INCL
W2.TMP
Dy163g.XSW
W1.TMP



      Process Dy-164

INCL
W1.TMP
Dy164g.XSW
W2.TMP



      Process Ho-165

INCL
W2.TMP
Ho165g.XSW
W1.TMP



      Process Er-166

INCL
W1.TMP
Er166g.XSW
W2.TMP



      Process Er-167

INCL
W2.TMP
Er167g.XSW
W1.TMP



      Process Hf-176

INCL
W1.TMP
Hf176g.XSW
W2.TMP



      Process Hf-177

INCL
W2.TMP
Hf177g.XSW
W1.TMP



      Process Hf-178

INCL
W1.TMP
Hf178g.XSW
W2.TMP



      Process Hf-179

INCL
W2.TMP
Hf179g.XSW
W1.TMP



      Process Hf-180

INCL
W1.TMP
Hf180g.XSW
W2.TMP



      Prepare Hf-nat
              0.162 % Hf-174
              5.206 % Hf-176
             18.606 % Hf-177
             27.297 % Hf-178
             13.629 % Hf-179
             35.100 % Hf-180
MIXM
HfNats.XSW
178
Hf174s.XSW
 0.162
Hf176s.XSW
 5.206
Hf177s.XSW
18.606
Hf178s.XSW
27.297
Hf179s.XSW
13.629
Hf180s.XSW
35.100


      Process Hf-nat

INCL
W2.TMP
HfNats.XSW
W1.TMP



      Process Ta-181 (99.988 % Ta-181, ignore 0.012 % Ta-180)

INCL
W1.TMP
Ta181s.XSW
W2.TMP



      Process W-nat (Element data in the ENDF/B-VI file)

INCL
W2.TMP
W_Nats.XSW
W1.TMP



      Prepare Pb-nat
               1.4 %  Pb-204 (ignored, no neutron data in the ENDF/B-VI)
              24.1 %  Pb-206
              22.1 %  Pb-207
              52.4 %  Pb-208
MIXM
PbNats.XSW
207
Pb206s.XSW
24.1
Pb207s.XSW
22.1
Pb208s.XSW
52.4


      Process Pb-Nat
INCL
W1.TMP
PbNats.XSW
W2.TMP



      Check library integrity

CHCK
W2.TMP
WLUP02.LIB


FOBI
WLUP02.LIB
WLUP02.BIN




      3. Fission Product Materials Processing
         -------------------------------------

      Starter file: wlup02.lib
      Action      : Include all fission products
      Output file : WLUP03.LIB
      Temp. files : W1.TMP, W2.TMP

      Process Krypton-83

INCL
WLUP02.LIB
Kr083g.XSW
W1.TMP


      Process Mo-95
INCL
W1.TMP
Mo095g.XSW
W2.TMP



      Process Tc-99

INCL
W2.TMP
Tc099g.XSW
W1.TMP



      Process Ru-101

INCL
W1.TMP
Ru101g.XSW
W2.TMP



      Process Ru-103

INCL
W2.TMP
Ru103g.XSW
W1.TMP



     Process Ru-106

INCL
W1.TMP
Ru106g.XSW
W2.TMP



       Process Rh-103

INCL
W2.TMP
Rh103g.XSW
W1.TMP



      Process Rh-105

INCL
W1.TMP
Rh105g.XSW
W2.TMP



      Process Pd-105

INCL
W2.TMP
Pd105g.XSW
W1.TMP



      Process Pd-107

INCL
W1.TMP
Pd107g.XSW
W2.TMP



      Process Pd-108

INCL
W2.TMP
Pd108g.XSW
W1.TMP



      Process Ag-109 data for WIMS (fission product)

INCL
W1.TMP
Ag109g.XSW
W2.TMP



      Process Cd-113

INCL
W2.TMP
Cd113g.XSW
W1.TMP



      Process In-115

INCL
W1.TMP
In115g.XSW
W2.TMP



      Process Sb-125

INCL
W2.TMP
Sb125g.XSW
W1.TMP




      Process Te-127m

INCL
W1.TMP
Te127m.XSW
W2.TMP



      Process I-127

INCL
W2.TMP
I_127g.XSW
W1.TMP



       Process Xe-131

INCL
W1.TMP
Xe131g.XSW
W2.TMP



      Process Cs-133

INCL
W2.TMP
Cs133g.XSW
W1.TMP



      Process Cs-134

INCL
W1.TMP
Cs134g.XSW
W2.TMP



      Process Cs-137

INCL
W2.TMP
Cs137g.XSW
W1.TMP



       Process I-135

INCL
W1.TMP
I_135g.XSW
W2.TMP



      Process Xe-134

INCL
W2.TMP
Xe134g.XSW
W1.TMP



      Process Xe-135

INCL
W1.TMP
Xe135g.XSW
W2.TMP



      Process Cs-135

INCL
W2.TMP
Cs135g.XSW
W1.TMP



      Process Xe-136

INCL
W1.TMP
Xe136g.XSW
W2.TMP


      Process Nd-143

INCL
W2.TMP
Nd143g.XSW
W1.TMP



      Process Nd-145

INCL
W1.TMP
Nd145g.XSW
W2.TMP



      Process Pm-147 (Capture precursor of Pm-148)

INCL
W2.TMP
Pm147g.XSW
W1.TMP



      Process Pm-147 (Capture precursor of Pm-148m)

INCL
W1.TMP
Pm147h.XSW
W2.TMP



      Process Sm-147

INCL
W2.TMP
Sm147g.XSW
W1.TMP



       Process Pm-148m

INCL
W1.TMP
Pm148m.XSW
W2.TMP



      Process Pm-148

INCL
W2.TMP
Pm148g.XSW
W1.TMP



      Process Sm-148 (new f. p. inserted before 5149 = Pm-149)

INCL
W1.TMP
Sm148g.XSW
W2.TMP



      Process Pm-149

INCL
W2.TMP
Pm149g.XSW
W1.TMP



      Process Sm-149

INCL
W1.TMP
Sm149g.XSW
W2.TMP



      Process Sm-150

INCL
W2.TMP
Sm150g.XSW
W1.TMP



      Process Sm-151

INCL
W1.TMP
Sm151g.XSW
W2.TMP



      Process Sm-152

INCL
W2.TMP
Sm152g.XSW
W1.TMP



      Process Eu-151

INCL
W1.TMP
Eu151g.XSW
W2.TMP



      Process Eu-152

INCL
W2.TMP
Eu152g.XSW
W1.TMP



      Process Eu-153

INCL
W1.TMP
Eu153g.XSW
W2.TMP



      Process Eu-154

INCL
W2.TMP
Eu154g.XSW
W1.TMP



      Process Eu-155

INCL
W1.TMP
Eu155g.XSW
W2.TMP



      Process pseudo fission product 4902

INCL
W2.TMP
PFP4902.XSW
W1.TMP



      Check library integrity

CHCK
W1.TMP
WLUP03.LIB


FOBI
WLUP03.LIB
WLUP03.BIN




      4. Major and Minor Actinides Processing
         ------------------------------------

      Starter file: wlup03.lib
      Action      : Process all major and minor actinides
      Output file : WLUP04.LIB
      Temp. files : W1.TMP, W2.TMP

      Process Th-232

INCL
WLUP03.LIB
Th232g.XSW
W1.TMP



      Process dummy fission product precursor of U-232 from U-233(n,2n)

INCL
W1.TMP
U_232f.XSW
W2.TMP



      Process U-232

INCL
W2.TMP
U_232g.XSW
W1.TMP



      Process U-233

INCL
W1.TMP
U_233g.XSW
W2.TMP



      Process Pa-231

INCL
W2.TMP
Pa231g.XSW
W1.TMP



      Process Pa-233

INCL
W1.TMP
Pa233g.XSW
W2.TMP



      Process U-234

INCL
W2.TMP
U_234g.XSW
W1.TMP



      Process Uranium-235 (U_235g.XSW)

INCL
W1.TMP
U_235g.XSW
W2.TMP


      Process U-236

INCL
W2.TMP
U_236g.XSW
W1.TMP



       Process U-237 as a dummy fission product

INCL
W1.TMP
U_237f.XSW
W2.TMP



      Process U-237

INCL
W2.TMP
U_237g.XSW
W1.TMP



       Process Uranium-238 (U_238g.XSW)

INCL
W1.TMP
U_238g.XSW
W2.TMP


      Process Np-237

INCL
W2.TMP
Np237g.XSW
W1.TMP



      Process Np-239

INCL
W1.TMP
Np239g.XSW
W2.TMP



      Process Pu-238

INCL
W2.TMP
Pu238g.XSW
W1.TMP



       Process Pu-239

INCL
W1.TMP
Pu239g.XSW
W2.TMP



      Process Pu-240

INCL
W2.TMP
Pu240g.XSW
W1.TMP



      Process Pu-241

INCL
W1.TMP
Pu241g.XSW
W2.TMP


      Process Pu-242

INCL
W2.TMP
Pu242g.XSW
W1.TMP



      Process Pu-242 (high concentration degraded Plutonium)

INCL
W1.TMP
Pu242h.XSW
W2.TMP



      Process Am-241

INCL
W2.TMP
Am241g.XSW
W1.TMP



      Process Am-242g

INCL
W1.TMP
Am242g.XSW
W2.TMP



      Process Am-242m

INCL
W2.TMP
Am242m.XSW
W1.TMP



      Process Am-243

INCL
W1.TMP
Am243g.XSW
W2.TMP



      Process Cm-242

INCL
W2.TMP
Cm242g.XSW
W1.TMP



      Process Cm-243

INCL
W1.TMP
Cm243g.XSW
W2.TMP



      Process Cm-244

INCL
W2.TMP
Cm244g.XSW
W1.TMP


      Check library integrity

CHCK
W1.TMP
WLUP04.LIB


FOBI
WLUP04.LIB
WLUP04.BIN



END
*deck endfb7

      WIMS-D Library Update Project
      =============================

      1. Modify the starter file
         -----------------------

      Starter file: "1986" WIMS-D Library form Winfrith (WDN29.ASC)
      Action      : - Remove unnecessary materials.
                    - Add extra fission products.
      Output file : WLUP01.LIB

      Delete pseudo-fission products and compounds
DELM
WDN29.ASC
W1.TMP
251

DELM
W1.TMP
W2.TMP
252

DELM
W2.TMP
W1.TMP
253

DELM
W1.TMP
W2.TMP
254

DELM
W2.TMP
W1.TMP
105

DELM
W1.TMP
W2.TMP
135

DELM
W2.TMP
W1.TMP
500

DELM
W1.TMP
W2.TMP
9056

DELM
W2.TMP
W1.TMP
8058

DELM
W1.TMP
W2.TMP
9058


      Include new fission spectrum

INCL
W2.TMP
FISSION.XSP
W1.TMP


      Check library integrity

CHCK
W1.TMP
WLUP01.LIB

FOBI
WLUP01.LIB
WLUP01.BIN


      2. Major Reactor Materials Replacement
         -----------------------------------

      Starter file: wlup01.lib
      Action      : Replace major reactor materials:
                    - H(H2O)
                    - O
                    - Al
                    - U235
                    - U238
      Output file : WLUP02.LIB
      Temp. files : W1.TMP, W2.TMP

      Replace moderator Hydrogen bound in water (H_H20s.XSW)

INCL
WLUP01.LIB
H_H2Os.XSW
W1.TMP


1

      Replace moderator material Oxygen (O_016s.XSW)

INCL
W1.TMP
O_016s.XSW
W2.TMP


3

      Replace structural material Aluminium-27 (Al027s.XSW)

INCL
W2.TMP
Al027s.XSW
W1.TMP



      Replace fissile material Uranium-235 (U_235a.XSW)

INCL
W1.TMP
U_235a.XSW
W2.TMP



      Replace fissile material Uranium-238 (U_238a.XSW)

INCL
W2.TMP
U_238a.XSW
W1.TMP



      Check library integrity

CHCK
W1.TMP
WLUP02.LIB

FOBI
WLUP02.LIB
WLUP02.BIN


      3. Fission Product Materials Replacement
         -------------------------------------

      Starter file: wlup02.lib
      Action      : Replace all fission products
      Output file : WLUP03.LIB
      Temp. files : W1.TMP, W2.TMP

      Process Kripton-83

INCL
WLUP02.LIB
Kr083g.XSW
W1.TMP


      Process Mo-95

INCL
W1.TMP
Mo095g.XSW
W2.TMP



      Process Tc-99

INCL
W2.TMP
Tc099g.XSW
W1.TMP



      Process Ru-101

INCL
W1.TMP
Ru101g.XSW
W2.TMP



      Process Ru-103

INCL
W2.TMP
Ru103g.XSW
W1.TMP



      Process Rh-103

INCL
W1.TMP
Rh103g.XSW
W2.TMP



      Process Rh-105

INCL
W2.TMP
Rh105g.XSW
W1.TMP



      Process Pd-105

INCL
W1.TMP
Pd105g.XSW
W2.TMP



      Process Pd-107

INCL
W2.TMP
Pd107g.XSW
W1.TMP
4108
4107

      Process Pd-108

INCL
W1.TMP
Pd108g.XSW
W2.TMP



      Process Ag-109 data for WIMS (fission product)

INCL
W2.TMP
Ag109g.XSW
W1.TMP



      Process Cd-113

INCL
W1.TMP
Cd113g.XSW
W2.TMP



      Process In-115

INCL
W2.TMP
In115g.XSW
W1.TMP



      Process Te-127m

INCL
W1.TMP
Te127m.XSW
W2.TMP
4127
5127

      Process I-127

INCL
W2.TMP
I_127g.XSW
W1.TMP



      Process I-135

INCL
W1.TMP
I_135g.XSW
W2.TMP



      Process Xe-131

INCL
W2.TMP
Xe131g.XSW
W1.TMP



      Process Xe-134

INCL
W1.TMP
Xe134g.XSW
W2.TMP
4135
5134

      Process Xe-135

INCL
W2.TMP
Xe135g.XSW
W1.TMP



      Process Xe-136

INCL
W1.TMP
Xe136g.XSW
W2.TMP
4143
4136

      Process Cs-133

INCL
W2.TMP
Cs133g.XSW
W1.TMP



      Process Cs-134

INCL
W1.TMP
Cs134g.XSW
W2.TMP



      Process Cs-135

INCL
W2.TMP
Cs135g.XSW
W1.TMP



      Process Nd-143

INCL
W1.TMP
Nd143g.XSW
W2.TMP



      Process Nd-145

INCL
W2.TMP
Nd145g.XSW
W1.TMP



      Process Pm-147 (Capture precursor of Pm-148)

INCL
W1.TMP
Pm147g.XSW
W2.TMP



      Process Pm-147 (Capture precursor of Pm-148m)

INCL
W2.TMP
Pm147h.XSW
W1.TMP



      Process Pm-148

INCL
W1.TMP
Pm148g.XSW
W2.TMP



      Process Pm-148m

INCL
W2.TMP
Pm148m.XSW
W1.TMP



      Process Pm-149

INCL
W1.TMP
Pm149g.XSW
W2.TMP



      Process Sm-147

INCL
W2.TMP
Sm147g.XSW
W1.TMP



      Process Sm-149

INCL
W1.TMP
Sm149g.XSW
W2.TMP



      Process Sm-150

INCL
W2.TMP
Sm150g.XSW
W1.TMP



      Process Sm-151

INCL
W1.TMP
Sm151g.XSW
W2.TMP



      Process Sm-152

INCL
W2.TMP
Sm152g.XSW
W1.TMP



      Process Eu-151

INCL
W1.TMP
Eu151g.XSW
W2.TMP
4153
5151

      Process Eu-152

INCL
W2.TMP
Eu152g.XSW
W1.TMP
4153
5152

      Process Eu-153

INCL
W1.TMP
Eu153g.XSW
W2.TMP



      Process Eu-154

INCL
W2.TMP
Eu154g.XSW
W1.TMP



      Process Eu-155

INCL
W1.TMP
Eu155g.XSW
W2.TMP



      Process Gd-154

INCL
W2.TMP
Gd154g.XSW
W1.TMP



      Process Gd-155

INCL
W1.TMP
Gd155g.XSW
W2.TMP



      Process Gd-156

INCL
W2.TMP
Gd156g.XSW
W1.TMP



      Process Gd-157

INCL
W1.TMP
Gd157g.XSW
W2.TMP



      Process Gd-158

INCL
W2.TMP
Gd158g.XSW
W1.TMP



      Process Dy-160

INCL
W1.TMP
Dy160g.XSW
W2.TMP
164
160

      Process Dy-161

INCL
W2.TMP
Dy161g.XSW
W1.TMP
164
161

      Process Dy-162

INCL
W1.TMP
Dy162g.XSW
W2.TMP
164
162

      Process Dy-163

INCL
W2.TMP
Dy163g.XSW
W1.TMP
164
163

      Process Dy-164

INCL
W1.TMP
Dy164g.XSW
W2.TMP



      Process Ho-165

INCL
W2.TMP
Ho165g.XSW
W1.TMP
167
165

      Process Er-166
INCL
W1.TMP
Er166g.XSW
W2.TMP
167
2166

      Process Er-167
INCL
W2.TMP
Er167g.XSW
W1.TMP
167
2167

      Process dummy f.p. precursor or U-237 (insert before 927)

INCL
W1.TMP
U_237f.XSW
W2.TMP
 927
4927

      Process dummy f.p. precursor or U-232 (insert before 9233)

INCL
W2.TMP
U_232f.XSW
W1.TMP
9233
4232

      Process the pseudo fission product 4902

INCL
W1.TMP
PFP4902.XSW
W2.TMP



      Process Sm-148 (new f. p. inserted before 5149 = Pm-149)

INCL
W2.TMP
Sm148g.XSW
W1.TMP
5149
6148

      Process Ru-106 (new f. p. inserted before 4103 = Rh-103)

INCL
W1.TMP
Ru106g.XSW
W2.TMP
4103
4106

      Process Sb-125 (new f. p. inserted before 5127 = Te-127m)

INCL
W2.TMP
Sb125g.XSW
W1.TMP
5127
4125

      Process Cs-137 (new f. p. inserted before 6135 = I-135)

INCL
W1.TMP
Cs137g.XSW
W2.TMP
6135
4137

      Check library integrity

CHCK
W2.TMP
WLUP03.LIB


      4. Minor Actinides Replacement
         ---------------------------

      Starter file: wlup03.lib
      Action      : Replace all minor Actinides
      Output file : WLUP04.LIB
      Temp. files : W1.TMP, W2.TMP

      Process U-234

INCL
WLUP03.LIB
U_234g.XSW
W1.TMP



      Process U-236

INCL
W1.TMP
U_236g.XSW
W2.TMP



      Process U-237

INCL
W2.TMP
U_237g.XSW
W1.TMP



      Process Np-237

INCL
W1.TMP
Np237g.XSW
W2.TMP



      Process Np-239

INCL
W2.TMP
Np239g.XSW
W1.TMP



      Process Pa-231

INCL
W1.TMP
Pa231g.XSW
W2.TMP
1233
1231

      Process Pa-233

INCL
W2.TMP
Pa233g.XSW
W1.TMP



      Process U-232

INCL
W1.TMP
U_232g.XSW
W2.TMP
9233
232


      Process Pu-242

INCL
W2.TMP
Pu242g.XSW
W1.TMP



      Process Pu-242 (high concentration degraded Plutonium)

INCL
W1.TMP
Pu242h.XSW
W2.TMP
1242
 242



      Process Pu-238

INCL
W2.TMP
Pu238g.XSW
W1.TMP



      Process Am-241

INCL
W1.TMP
Am241g.XSW
W2.TMP



      Process Am-242g

INCL
W2.TMP
Am242g.XSW
W1.TMP
952
1952

      Process Am-242m

INCL
W1.TMP
Am242m.XSW
W2.TMP



      Process Am-243

INCL
W2.TMP
Am243g.XSW
W1.TMP



      Process Cm-242

INCL
W1.TMP
Cm242g.XSW
W2.TMP
1000
962

      Process Cm-243

INCL
W2.TMP
Cm243g.XSW
W1.TMP
1000
963

      Process Cm-244

INCL
W1.TMP
Cm244g.XSW
W2.TMP
1000
964

      Process Cm-245

INCL
W2.TMP
Cm245g.XSW
W1.TMP
1000
965

      Process Cm-246

INCL
W1.TMP
Cm246g.XSW
W2.TMP
1000
966

      Process Cm-247

INCL
W2.TMP
Cm247g.XSW
W1.TMP
1000
967

      Process Cm-248

INCL
W1.TMP
Cm248g.XSW
W2.TMP
1000
968

      Process Bk-249

INCL
W2.TMP
Bk249g.XSW
W1.TMP
1000
9749

      Process Cf-249

INCL
W1.TMP
Cf249g.XSW
W2.TMP
1000
9849

      Process Cf-250

INCL
W2.TMP
Cf250g.XSW
W1.TMP
1000
9850

      Process Cf-251

INCL
W1.TMP
Cf251g.XSW
W2.TMP
1000
9851

      Process Cf-252

INCL
W2.TMP
Cf252g.XSW
W1.TMP
1000
9852

      Process Cf-253

INCL
W1.TMP
Cf253g.XSW
W2.TMP
1000
9853

      Process Cf-254

INCL
W2.TMP
Cf254g.XSW
W1.TMP
1000
9854

      Check library integrity

CHCK
W1.TMP
WLUP04.LIB


      5. Major Actinides Replacement
         ---------------------------

      Starter file: wlup04.lib
      Action      : Replace all remaining major Actinides
      Output file : WLUP05.LIB
      Temp. files : W1.TMP, W2.TMP

      Process Th-232

INCL
WLUP04.LIB
Th232g.XSW
W1.TMP



      Process U-233

INCL
W1.TMP
U_233g.XSW
W2.TMP



      Process Uranium-235 (U_235g.XSW)

INCL
W2.TMP
U_235g.XSW
W1.TMP



      Process Uranium-238 (U_238g.XSW)

INCL
W1.TMP
U_238g.XSW
W2.TMP



      Process Pu-239

INCL
W2.TMP
Pu239g.XSW
W1.TMP



      Process Pu-240

INCL
W1.TMP
Pu240g.XSW
W2.TMP



      Process Pu-241

INCL
W2.TMP
Pu241g.XSW
W1.TMP



      Delete old Gd-157 fission product (4157)

DELM
W1.TMP
W2.TMP
4157

      Check library integrity

CHCK
W2.TMP
WLUP05.LIB


FOBI
WLUP05.LIB
WLUP05.BIN



      6. Absorbers Materials
         -------------------

      Starter file: wlup05.lib
      Action      : Replace absorber materials
      Output file : WLUP06.LIB
      Temp. files : W1.TMP, W2.TMP

      Process B-10
INCL
WLUP05.LIB
B_010g.XSW
W2.TMP
  10

      Process B-10 Unburnable
INCL
W2.TMP
B_010s.XSW
W1.TMP
1010

      Process B-11 (insert before B-nat 1011)
INCL
W1.TMP
B_011g.XSW
W2.TMP
1011
11
      Prepare B-nat from
              19.9 % B-10
              80.1 % B-11

MIXM
B_Nats.xsw
1011
B_010s.xsw
19.9
B_011s.xsw
80.1


      Process B-NAT

INCL
W2.TMP
B_Nats.XSW
W1.TMP


      Prepare Ag-nat from
              51.839 % Ag-107
              48.161 % Ag-109
MIXM
AgNats.xsw
3109
Ag107s.xsw
51.839
Ag109s.xsw
48.161


      Process Ag-nat
INCL
W1.TMP
AgNats.XSW
W2.TMP


      Prepare Cd-nat from
              1.25 % Cd-106
              0.89 % Cd-108
             12.49 % Cd-110
             12.80 % Cd-111
             24.13 % Cd-112
             12.22 % Cd-113
             28.73 % Cd-114
              7.49 % Cd-116
MIXM
CdNats.xsw
2113
Cd106s.xsw
 1.25
Cd108s.xsw
 0.89
Cd110s.xsw
12.49
Cd111s.xsw
12.80
Cd112s.xsw
24.13
Cd113s.xsw
12.22
Cd114s.xsw
28.73
Cd116s.xsw
 7.49


      Process Cd-nat
INCL
W2.TMP
CdNats.XSW
W1.TMP


      Prepare In-nat
              4.3 % In-113
             95.7 % In-115
MIXM
InNats.XSW
2115
In113s.XSW
 4.3
In115s.XSW
95.7


      Process In-nat
INCL
W1.TMP
InNats.XSW
W2.TMP


      Delete old Erbium data
DELM
W2.TMP
W1.TMP
167

      Process Hf-176
INCL
W1.TMP
Hf176g.XSW
W2.TMP



      Process Hf-177
INCL
W2.TMP
Hf177g.XSW
W1.TMP



      Process Hf-178
INCL
W1.TMP
Hf178g.XSW
W2.TMP



      Process Hf-179
INCL
W2.TMP
Hf179g.XSW
W1.TMP



      Process Hf-180
INCL
W1.TMP
Hf180g.XSW
W2.TMP



      Prepare Hf-nat
              0.162 % Hf-174
              5.206 % Hf-176
             18.606 % Hf-177
             27.297 % Hf-178
             13.629 % Hf-179
             35.100 % Hf-180
MIXM
HfNats.XSW
178
Hf174s.XSW
 0.162
Hf176s.XSW
 5.206
Hf177s.XSW
18.606
Hf178s.XSW
27.297
Hf179s.XSW
13.629
Hf180s.XSW
35.100


      Process Hf-nat
INCL
W2.TMP
HfNats.XSW
W1.TMP



      Prepare Eu-nat
              47.8 % Eu-151
              52.2 % Eu-153
MIXM
EuNats.XSW
152
Eu151s.XSW
47.8
Eu153s.XSW
52.2


      Process Eu-nat
INCL
W1.TMP
EuNats.XSW
W2.TMP
2154
152


      Check library integrity

CHCK
W2.TMP
WLUP06.LIB


FOBI
WLUP06.LIB
WLUP06.BIN


      7. Structural Materials
         -------------------

      Starter file: wlup06.lib
      Action      : Replace structural materials
      Output file : WLUP07.LIB
      Temp. files : W1.TMP, W2.TMP

      Process Co-59 (100% natural abundance)
INCL
WLUP06.LIB
Co059s.XSW
W2.TMP


      Prepare Cr-nat
               4.345 % Cr-50
              83.789 % Cr-52
               9.501 % Cr-53
               2.365 % Cr-54
MIXM
CrNats.xsw
  52
Cr050s.xsw
 4.345
Cr052s.xsw
83.789
Cr053s.xsw
 9.501
Cr054s.xsw
 2.365

      Process Cr-nat
INCL
W2.TMP
CrNats.xsw
W1.TMP


      Prepare Cu-nat
              69.17 % Cu-63
              30.83 % Cu-65
MIXM
CuNats.xsw
3063
Cu063s.xsw
69.17
Cu065s.xsw
30.83


      Process Cu-nat
INCL
W1.TMP
CuNats.xsw
W2.TMP


      Prepare Fe-nat from
               5.8  % Fe-54
              91.72 % Fe-56
               2.2  % Fe-57
               0.28 % Fe-58
MIXM
FeNats.xsw
2056
Fe054s.xsw
 5.8
Fe056s.xsw
91.72
Fe057s.xsw
 2.2
Fe058s.xsw
 0.28


          Process Fe-nat
INCL
W2.TMP
FeNats.xsw
W1.TMP



          Prepare Mg-nat
              78.99 % Mg-24
              10.00 % Mg-25
              11.01 % Mg-26
MIXM
MgNats.xsw
24
Mg024s.xsw
78.99
Mg025s.xsw
10.0
Mg026s.xsw
11.01


          Process Mg-nat
INCL
W1.TMP
MgNats.xsw
W2.TMP


          Process Mn-55 (100 % natural abundance)
INCL
W2.TMP
Mn055s.xsw
W1.TMP


          Prepare Mo-nat
           14.84 % Mo-92
            9.25 % Mo-94
           15.92 % Mo-95
           16.68 % Mo-96
            9.55 % Mo-97
           24.13 % Mo-98
            9.63 % Mo-100
MIXM
MoNats.xsw
96
Mo092s.xsw
14.84
Mo094s.xsw
9.25
Mo095s.xsw
15.92
Mo096s.xsw
16.68
Mo097s.xsw
9.55
Mo098s.xsw
24.13
Mo100s.xsw
9.63


          Process Mo-nat
INCL
W1.TMP
MoNats.xsw
W2.TMP


          Process Nb-93 (100 % natural abundance)
INCL
W2.TMP
Nb093s.xsw
W1.TMP


          Prepare Ni-nat from
                  68.077 % Ni-58
                  26.223 % Ni-60
                   1.140 % Ni-51
                   3.634 % Ni-62
                   0.926 % Ni-64
MIXM
NiNats.xsw
58
Ni058s.xsw
68.077
Ni060s.xsw
26.223
Ni061s.xsw
 1.140
Ni062s.xsw
 3.634
Ni064s.xsw
 0.926

          Process Ni-nat
INCL
W1.TMP
NiNats.xsw
W2.TMP


          Prepare Si-nat
                  92.23 % Si-28
                   4.67 % Si-29
                   3.10 % Si-30
MIXM
SiNats.xsw
29
Si028s.xsw
92.23
Si029s.xsw
 4.67
Si030s.xsw
 3.10


          Process Si-nat
INCL
W2.TMP
SiNats.xsw
W1.TMP


          Prepare Ti-nat
            8.25 % Ti-46
            7.44 % Ti-47
           73.72 % Ti-48
            5.41 % Ti-49
            5.18 % Ti-50
MIXM
TiNats.xsw
48
Ti046s.xsw
8.25
Ti047s.xsw
7.44
Ti048s.xsw
73.72
Ti049s.xsw
5.41
Ti050s.xsw
5.18


          Process Ti-nat
INCL
W1.TMP
TiNats.xsw
W2.TMP



          Prepare V-nat
            0.25 % V-50
           99.75 % V-51
MIXM
V_Nats.xsw
51
V_050s.xsw
0.25
V_051s.xsw
99.75


          Process V-nat
INCL
W2.TMP
V_Nats.xsw
W1.TMP


          Prepare Zr-nat
                  51.45 % Zr-90
                  11.22 % Zr-91
                  17.15 % Zr-92
                  17.38 % Zr-94
                   2.80 % Zr-96
MIXM
ZrNats.XSW
91
Zr090s.XSW
51.45
Zr091s.XSW
11.22
Zr092s.XSW
17.15
Zr094s.XSW
17.38
Zr096s.XSW
 2.80


          Process Zr-nat
INCL
W1.TMP
ZrNats.xsw
W2.TMP



          Prepare Sn-nat
              0.97 % Sn-112
              0.65 % Sn-114
              0.36 % Sn-115
             14.53 % Sn-116
              7.68 % Sn-117
             24.22 % Sn-118
              8.58 % Sn-119
             32.59 % Sn-120
              4.63 % Sn-122
              5.79 % Sn-124
MIXM
SnNats.XSW
118
Sn112s.XSW
 0.97
Sn114s.XSW
 0.65
Sn115s.XSW
 0.36
Sn116s.XSW
14.53
Sn117s.XSW
 7.68
Sn118s.XSW
24.22
Sn119s.XSW
 8.58
Sn120s.XSW
32.59
Sn122s.XSW
 4.63
Sn124s.XSW
 5.79


      Process Sn-nat
INCL
W2.TMP
SnNats.XSW
W1.TMP
121
118


      Check library integrity

CHCK
W1.TMP
WLUP07.LIB


FOBI
WLUP07.LIB
WLUP07.BIN



      8. Other Moderators
         ----------------

      Starter file: wlup07.lib
      Action      : Replace other moderators
      Output file : WLUP08.LIB
      Temp. files : W1.TMP, W2.TMP
      WIMS-D Library Update Completed

      Process H bound in Zr H
INCL
WLUP07.LIB
H_ZrHs.XSW
W1.TMP
3002
5001

      Process D bound in D2O
INCL
W1.TMP
D_D2Os.XSW
W2.TMP


2

      Process Be-nat (100 % Be-9)
INCL
W2.TMP
BeNats.XSW
W1.TMP



      Process Graphite
INCL
W1.TMP
C_Grfs.XSW
W2.TMP


4

      Check library integrity

CHCK
W2.TMP
WLUP08.LIB


FOBI
WLUP08.LIB
WLUP08.BIN


      9. Various Additional Materials
         ----------------------------

      Starter file: wlup08.lib
      Action      : Replace various additional materials
      Output file : WLUP09.LIB
      Temp. files : W1.TMP, W2.TMP
      WIMS-D Library Update Completed

      Process He-3
INCL
WLUP08.LIB
He003s.XSW
W1.TMP



      Process He-4
INCL
W1.TMP
He004s.XSW
W2.TMP



      Prepare N-nat
              99.634 % N-14
               0.366 % N-15
MIXM
N_Nats.XSW
14
N_014s.XSW
99.634
N_015s.XSW
 0.366


      Process N-Nat
INCL
W2.TMP
N_Nats.XSW
W1.TMP



      Process F-Nat (100 % F-19)
INCL
W1.TMP
F_Nats.XSW
W2.TMP



      Process P-31 (P-nat = 100 % P-31)
INCL
W2.TMP
P_031s.XSW
W1.TMP
48
31


      Prepare S-Nat
       94.93 % S-32
        0.76 % S-33
        4.29 % S-34
        0.02 % S-36
MIXM
S_Nats.XSW
32
S_032s.XSW
94.93
S_033s.XSW
0.76
S_034s.XSW
4.29
S_036s.XSW
0.02


      Process S-Nat
INCL
W1.TMP
S_Nats.XSW
W2.TMP
48
32


      Prepare Cl-nat
       75.78 % Cl-35
       24.22 % Cl-37
MIXM
ClNats.XSW
35
Cl035s.XSW
75.78
Cl037s.XSW
24.22


      Process Cl-nat
INCL
W2.TMP
ClNats.XSW
W1.TMP
48
35


      Process Li-6
INCL
W1.TMP
Li006s.XSW
W2.TMP



      Process Li-7
INCL
W2.TMP
Li007s.XSW
W1.TMP


      Process Na-nat (100 % Na-23)
INCL
W1.TMP
NaNats.XSW
W2.TMP


      Prepare Ca-nat
       96.941 % Ca-40
        0.647 % Ca-42
        0.135 % Ca-43
        2.086 % Ca-44
        0.004 % Ca-46
        0.187 % Ca-48
MIXM
CaNats.XSW
40
Ca040s.XSW
96.941
Ca042s.XSW
0.647
Ca043s.XSW
0.135
Ca044s.XSW
2.086
Ca046s.XSW
0.004
Ca048s.XSW
0.187


      Process Ca-nat
INCL
W2.TMP
CaNats.XSW
W1.TMP
48
40


      Process Ta-nat (99.988 % Ta-181, ignore Ta-180)
INCL
W1.TMP
Ta181s.XSW
W2.TMP


      Prepare W-nat
              0.12 % W-180 (ignored)
             26.50 % W-182 (lump with W-180 = 26.62)
             14.31 % W-183
             30.64 % W-184
             28.43 % W-186
MIXM
W_Nats.XSW
183
W_182s.XSW
26.62
W_183s.XSW
14.31
W_184s.XSW
30.64
W_186s.XSW
28.43


      Process W-nat
INCL
W2.TMP
W_Nats.XSW
W1.TMP


      Process Sb-121
INCL
W1.TMP
Sb121s.XSW
W2.TMP


      Process Sb-123
INCL
W2.TMP
Sb123s.XSW
W1.TMP


      Prepare Pb-nat
               1.4 %  Pb-204
              24.1 %  Pb-206
              22.1 %  Pb-207
              52.4 %  Pb-208
MIXM
PbNats.XSW
207
Pb204s.XSW
1.4
Pb206s.XSW
24.1
Pb207s.XSW
22.1
Pb208s.XSW
52.4


      Process Pb-Nat
INCL
W1.TMP
PbNats.XSW
W2.TMP


      Process Bi-209
INCL
W2.TMP
Bi209s.XSW
W1.TMP
4083
209


      Check library integrity

CHCK
W1.TMP
WLUP09.LIB


FOBI
WLUP09.LIB
WLUP09.BIN


      10. Final sorting of the library
          ----------------------------

      Starter file: WLUP09.LIB
      Action      : - Move lead to structural materials
                    - Delete dosimetry reactions and insert
                      them at the end from archived files
      Output file : WLUP10.LIB

      Move lead data to structural materials
DELM
WLUP09.LIB
W1.TMP
207

INCL
W1.TMP
PbNats.xsw
W2.TMP
209
207

     Delete dosimetry reactions
DELM
W2.TMP
W1.TMP
2212

DELM
W1.TMP
W2.TMP
1054

DELM
W2.TMP
W1.TMP
3058

DELM
W1.TMP
W2.TMP
1058

DELM
W2.TMP
W1.TMP
84

DELM
W1.TMP
W2.TMP
1091

DELM
W2.TMP
W1.TMP
2103

DELM
W1.TMP
W2.TMP
176

DELM
W2.TMP
W1.TMP
197

INCL
W1.TMP
C_Dmgd.xsw
W2.TMP


INCL
W2.TMP
Fe054d.xsw
W1.TMP


INCL
W1.TMP
Fe058d.xsw
W2.TMP


INCL
W2.TMP
Ni058d.xsw
W1.TMP


INCL
W1.TMP
Co059d.xsw
W2.TMP
2059

INCL
W2.TMP
Kr084d.xsw
W1.TMP


INCL
W1.TMP
ZrDmgd.xsw
W2.TMP


INCL
W2.TMP
Rh103d.xsw
W1.TMP


INCL
W1.TMP
Lu176d.xsw
W2.TMP


INCL
W2.TMP
Au197d.xsw
W1.TMP


      Check library integrity

CHCK
W1.TMP
WLUP10.LIB


FOBI
WLUP10.LIB
WLUP10.BIN

END
*deck endfb7gx

      WIMS-D Library Update Project
      =============================

      1. Preparation of a library seed file
         ----------------------------------

      Starter file: New Library
      Output file : WLUP01.LIB

NEWL
WLUP00.LIB
172
45
47

      Include group boundaries
INCL
WLUP00.LIB
EGB172.DAT
W1.TMP

      Include new fission spectrum
INCL
W1.TMP
FISSION.XSP
WLUP01.LIB


       2. Light elements and structural materials processing
         --------------------------------------------------

       Starter file: wlup01.lib
       Output file : WLUP02.LIB
       Moderator materials, Structural materials, Absorbers
       Temp. files : W1.TMP, W2.TMP

       Process moderator Hydrogen bound in water (H_H20s.XSW)

INCL
WLUP01.LIB
H_H2Os.XSW
W1.TMP

1

       Process H bound in Zr H

INCL
W1.TMP
H_ZrHs.XSW
W2.TMP



       Process D bound in D2O

INCL
W2.TMP
D_D2Os.XSW
W1.TMP

2

       Process He-3

INCL
W1.TMP
He003s.XSW
W2.TMP



       Process He-4

INCL
W2.TMP
He004s.XSW
W1.TMP



       Process Li-6

INCL
W1.TMP
Li006s.XSW
W2.TMP



       Process Li-7

INCL
W2.TMP
Li007s.XSW
W1.TMP



       Process Be-nat (100 % Be-9)

INCL
W1.TMP
BeNats.XSW
W2.TMP



      Process B-10

INCL
W2.TMP
B_010g.XSW
W1.TMP



      Process B-10 Unburnable

INCL
W1.TMP
B_010s.XSW
W2.TMP
1010



      Process B-11

INCL
W2.TMP
B_011g.XSW
W1.TMP



      Prepare B-nat from
              19.9 % B-10
              80.1 % B-11
MIXM
B_Nats.xsw
1011
B_010s.xsw
19.9
B_011s.xsw
80.1


      Process B-NAT

INCL
W1.TMP
B_Nats.XSW
W2.TMP



      Process Graphite

INCL
W2.TMP
C_Grfs.XSW
W1.TMP

4

      Prepare N-nat
         99.634 % N-14
         0.366 % N-15
MIXM
N_Nats.XSW
14
N_014s.XSW
99.634
N_015s.XSW
 0.366


      Process N-Nat

INCL
W1.TMP
N_Nats.XSW
W2.TMP



      Process Oxygen-16

INCL
W2.TMP
O_016s.XSW
W1.TMP

3

      Process F-Nat (100 % F-19)

INCL
W1.TMP
F_Nats.XSW
W2.TMP



      Process Na-nat (100 % Na-23)

INCL
W2.TMP
NaNats.XSW
W1.TMP



          Prepare Mg-nat
              78.99 % Mg-24
              10.00 % Mg-25
              11.01 % Mg-26
MIXM
MgNats.xsw
24
Mg024s.xsw
78.99
Mg025s.xsw
10.0
Mg026s.xsw
11.01


          Process Mg-nat

INCL
W1.TMP
MgNats.xsw
W2.TMP



           Process Aluminium-27

INCL
W2.TMP
Al027s.XSW
W1.TMP



          Prepare Si-nat
                  92.23 % Si-28
                   4.67 % Si-29
                   3.10 % Si-30
MIXM
SiNats.xsw
29
Si028s.xsw
92.23
Si029s.xsw
 4.67
Si030s.xsw
 3.10


       Process Si-nat

INCL
W1.TMP
SiNats.xsw
W2.TMP



      Process P-31 (P-nat = 100 % P-31)

INCL
W2.TMP
P_031s.XSW
W1.TMP



      Prepare S-Nat
       94.93 % S-32
        0.76 % S-33
        4.29 % S-34
        0.02 % S-36
MIXM
S_Nats.XSW
32
S_032s.XSW
94.93
S_033s.XSW
0.76
S_034s.XSW
4.29
S_036s.XSW
0.02


      Process S-nat (Element data in the IAEA Library)

INCL
W1.TMP
S_Nats.XSW
W2.TMP



      Prepare Cl-nat
       75.78 % Cl-35
       24.22 % Cl-37
MIXM
ClNats.XSW
35
Cl035s.XSW
75.78
Cl037s.XSW
24.22


       Process Cl-nat

INCL
W2.TMP
ClNats.XSW
W1.TMP



      Prepare Ca-nat
       96.941 % Ca-40
        0.647 % Ca-42
        0.135 % Ca-43
        2.086 % Ca-44
        0.004 % Ca-46
        0.187 % Ca-48
MIXM
CaNats.XSW
40
Ca040s.XSW
96.941
Ca042s.XSW
0.647
Ca043s.XSW
0.135
Ca044s.XSW
2.086
Ca046s.XSW
0.004
Ca048s.XSW
0.187


        Process Ca-nat

INCL
W1.TMP
CaNats.XSW
W2.TMP



          Prepare Ti-nat
            8.25 % Ti-46
            7.44 % Ti-47
           73.72 % Ti-48
            5.41 % Ti-49
            5.18 % Ti-50
MIXM
TiNats.xsw
48
Ti046s.xsw
8.25
Ti047s.xsw
7.44
Ti048s.xsw
73.72
Ti049s.xsw
5.41
Ti050s.xsw
5.18


           Process Ti-nat

INCL
W2.TMP
TiNats.xsw
W1.TMP



          Prepare V-nat
            0.25 % V-50
           99.75 % V-51
MIXM
V_Nats.xsw
51
V_050s.xsw
0.25
V_051s.xsw
99.75


          Process V-nat

INCL
W1.TMP
V_Nats.xsw
W2.TMP



      Prepare Cr-nat
               4.345 % Cr-50
              83.789 % Cr-52
               9.501 % Cr-53
               2.365 % Cr-54
MIXM
CrNats.xsw
  52
Cr050s.xsw
 4.345
Cr052s.xsw
83.789
Cr053s.xsw
 9.501
Cr054s.xsw
 2.365


         Process Cr-nat

INCL
W2.TMP
CrNats.xsw
W1.TMP



          Process Mn-55 (100 % natural abundance)

INCL
W1.TMP
Mn055s.xsw
W2.TMP



          Prepare Fe-nat from
               5.8  % Fe-54
              91.72 % Fe-56
               2.2  % Fe-57
               0.28 % Fe-58
MIXM
FeNats.xsw
2056
Fe054s.xsw
 5.8
Fe056s.xsw
91.72
Fe057s.xsw
 2.2
Fe058s.xsw
 0.28


          Process Fe-nat

INCL
W2.TMP
FeNats.xsw
W1.TMP



          Prepare Ni-nat from
                  68.077 % Ni-58
                  26.223 % Ni-60
                   1.140 % Ni-61
                   3.634 % Ni-62
                   0.926 % Ni-64
MIXM
NiNats.xsw
58
Ni058s.xsw
68.077
Ni060s.xsw
26.223
Ni061s.xsw
 1.140
Ni062s.xsw
 3.634
Ni064s.xsw
 0.926


          Process Ni-nat

INCL
W1.TMP
NiNats.xsw
W2.TMP



      Process Co-59 (100% natural abundance)

INCL
W2.TMP
Co059s.XSW
W1.TMP



      Prepare Cu-nat
              69.17 % Cu-63
              30.83 % Cu-65
MIXM
CuNats.xsw
3063
Cu063s.xsw
69.17
Cu065s.xsw
30.83


      Process Cu-nat

INCL
W1.TMP
CuNats.xsw
W2.TMP



          Prepare Zr-nat
                  51.45 % Zr-90
                  11.22 % Zr-91
                  17.15 % Zr-92
                  17.38 % Zr-94
                   2.80 % Zr-96
MIXM
ZrNats.XSW
91
Zr090s.XSW
51.45
Zr091s.XSW
11.22
Zr092s.XSW
17.15
Zr094s.XSW
17.38
Zr096s.XSW
 2.80


          Process Zr-nat

INCL
W2.TMP
ZrNats.xsw
W1.TMP



          Process Nb-93 (100 % natural abundance)

INCL
W1.TMP
Nb093s.xsw
W2.TMP



          Prepare Mo-nat
           14.84 % Mo-92
            9.25 % Mo-94
           15.92 % Mo-95
           16.68 % Mo-96
            9.55 % Mo-97
           24.13 % Mo-98
            9.63 % Mo-100
MIXM
MoNats.xsw
96
Mo092s.xsw
14.84
Mo094s.xsw
9.25
Mo095s.xsw
15.92
Mo096s.xsw
16.68
Mo097s.xsw
9.55
Mo098s.xsw
24.13
Mo100s.xsw
9.63


       Process Mo-nat

INCL
W2.TMP
MoNats.xsw
W1.TMP



       Prepare Ag-nat from
              51.839 % Ag-107
              48.161 % Ag-109
MIXM
AgNats.xsw
3109
Ag107s.xsw
51.839
Ag109s.xsw
48.161


      Process Ag-nat
INCL
W1.TMP
AgNats.XSW
W2.TMP


      Prepare Cd-nat from
              1.25 % Cd-106
              0.89 % Cd-108
             12.49 % Cd-110
             12.80 % Cd-111
             24.13 % Cd-112
             12.22 % Cd-113
             28.73 % Cd-114
              7.49 % Cd-116
MIXM
CdNats.xsw
2113
Cd106s.xsw
 1.25
Cd108s.xsw
 0.89
Cd110s.xsw
12.49
Cd111s.xsw
12.80
Cd112s.xsw
24.13
Cd113s.xsw
12.22
Cd114s.xsw
28.73
Cd116s.xsw
 7.49


      Process Cd-nat
INCL
W2.TMP
CdNats.XSW
W1.TMP


      Prepare In-nat
              4.3 % In-113
             95.7 % In-115
MIXM
InNats.XSW
2115
In113s.XSW
 4.3
In115s.XSW
95.7


      Process In-nat
INCL
W1.TMP
InNats.XSW
W2.TMP


          Prepare Sn-nat
              0.97 % Sn-112
              0.65 % Sn-114
              0.36 % Sn-115
             14.53 % Sn-116
              7.68 % Sn-117
             24.22 % Sn-118
              8.58 % Sn-119
             32.59 % Sn-120
              4.63 % Sn-122
              5.79 % Sn-124
MIXM
SnNats.XSW
118
Sn112s.XSW
 0.97
Sn114s.XSW
 0.65
Sn115s.XSW
 0.36
Sn116s.XSW
14.53
Sn117s.XSW
 7.68
Sn118s.XSW
24.22
Sn119s.XSW
 8.58
Sn120s.XSW
32.59
Sn122s.XSW
 4.63
Sn124s.XSW
 5.79


      Process Sn-nat
INCL
W2.TMP
SnNats.XSW
W1.TMP



      Process Sb-121

INCL
W1.TMP
Sb121s.XSW
W2.TMP



      Process Sb-123

INCL
W2.TMP
Sb123s.XSW
W1.TMP



      Prepare Eu-nat
              47.8 % Eu-151
              52.2 % Eu-153
MIXM
EuNats.XSW
152
Eu151s.XSW
47.8
Eu153s.XSW
52.2


      Process Eu-nat

INCL
W1.TMP
EuNats.XSW
W2.TMP



      Process Gd-154

INCL
W2.TMP
Gd154g.XSW
W1.TMP



      Process Gd-155

INCL
W1.TMP
Gd155g.XSW
W2.TMP



      Process Gd-156

INCL
W2.TMP
Gd156g.XSW
W1.TMP



      Process Gd-157

INCL
W1.TMP
Gd157g.XSW
W2.TMP



      Process Gd-158

INCL
W2.TMP
Gd158g.XSW
W1.TMP



      Process Dy-160

INCL
W1.TMP
Dy160g.XSW
W2.TMP



      Process Dy-161

INCL
W2.TMP
Dy161g.XSW
W1.TMP



      Process Dy-162

INCL
W1.TMP
Dy162g.XSW
W2.TMP



      Process Dy-163

INCL
W2.TMP
Dy163g.XSW
W1.TMP



      Process Dy-164

INCL
W1.TMP
Dy164g.XSW
W2.TMP



      Process Ho-165

INCL
W2.TMP
Ho165g.XSW
W1.TMP



      Process Er-166

INCL
W1.TMP
Er166g.XSW
W2.TMP



      Process Er-167

INCL
W2.TMP
Er167g.XSW
W1.TMP



      Process Hf-176

INCL
W1.TMP
Hf176g.XSW
W2.TMP



      Process Hf-177

INCL
W2.TMP
Hf177g.XSW
W1.TMP



      Process Hf-178

INCL
W1.TMP
Hf178g.XSW
W2.TMP



      Process Hf-179

INCL
W2.TMP
Hf179g.XSW
W1.TMP



      Process Hf-180

INCL
W1.TMP
Hf180g.XSW
W2.TMP



      Prepare Hf-nat
              0.162 % Hf-174
              5.206 % Hf-176
             18.606 % Hf-177
             27.297 % Hf-178
             13.629 % Hf-179
             35.100 % Hf-180
MIXM
HfNats.XSW
178
Hf174s.XSW
 0.162
Hf176s.XSW
 5.206
Hf177s.XSW
18.606
Hf178s.XSW
27.297
Hf179s.XSW
13.629
Hf180s.XSW
35.100


      Process Hf-nat

INCL
W2.TMP
HfNats.XSW
W1.TMP



      Process Ta-181 (99.988 % Ta-181, ignore 0.012 % Ta-180)

INCL
W1.TMP
Ta181s.XSW
W2.TMP



      Prepare W-nat
              0.12 % W-180 (ignored)
             26.50 % W-182 (lump with W-180 = 26.62)
             14.31 % W-183
             30.64 % W-184
             28.43 % W-186
MIXM
W_Nats.XSW
183
W_182s.XSW
26.62
W_183s.XSW
14.31
W_184s.XSW
30.64
W_186s.XSW
28.43


      Process W-nat

INCL
W2.TMP
W_Nats.XSW
W1.TMP



      Prepare Pb-nat
               1.4 %  Pb-204
              24.1 %  Pb-206
              22.1 %  Pb-207
              52.4 %  Pb-208
MIXM
PbNats.XSW
207
Pb204s.XSW
1.4
Pb206s.XSW
24.1
Pb207s.XSW
22.1
Pb208s.XSW
52.4


      Process Pb-Nat
INCL
W1.TMP
PbNats.XSW
W2.TMP



      Process Bi-209
INCL
W2.TMP
Bi209s.XSW
W1.TMP



      Check library integrity

CHCK
W1.TMP
WLUP02.LIB


FOBI
WLUP02.LIB
WLUP02.BIN




      3. Fission Product Materials Processing
         -------------------------------------

      Starter file: wlup02.lib
      Action      : Include all fission products
      Output file : WLUP03.LIB
      Temp. files : W1.TMP, W2.TMP

      Process Krypton-83

INCL
WLUP02.LIB
Kr083g.XSW
W1.TMP



      Process Mo-95
INCL
W1.TMP
Mo095g.XSW
W2.TMP



      Process Tc-99

INCL
W2.TMP
Tc099g.XSW
W1.TMP



      Process Ru-101

INCL
W1.TMP
Ru101g.XSW
W2.TMP



      Process Ru-103

INCL
W2.TMP
Ru103g.XSW
W1.TMP



      Process Ru-106

INCL
W1.TMP
Ru106g.XSW
W2.TMP



      Process Rh-103

INCL
W2.TMP
Rh103g.XSW
W1.TMP



      Process Rh-105

INCL
W1.TMP
Rh105g.XSW
W2.TMP



      Process Pd-105

INCL
W2.TMP
Pd105g.XSW
W1.TMP



      Process Pd-107

INCL
W1.TMP
Pd107g.XSW
W2.TMP



      Process Pd-108

INCL
W2.TMP
Pd108g.XSW
W1.TMP



      Process Ag-109 data for WIMS (fission product)

INCL
W1.TMP
Ag109g.XSW
W2.TMP



      Process Cd-113

INCL
W2.TMP
Cd113g.XSW
W1.TMP



      Process In-115

INCL
W1.TMP
In115g.XSW
W2.TMP



      Process Sb-125

INCL
W2.TMP
Sb125g.XSW
W1.TMP



      Process Te-127m

INCL
W1.TMP
Te127m.XSW
W2.TMP



      Process I-127

INCL
W2.TMP
I_127g.XSW
W1.TMP



       Process Xe-131

INCL
W1.TMP
Xe131g.XSW
W2.TMP



      Process Cs-133

INCL
W2.TMP
Cs133g.XSW
W1.TMP



      Process Cs-134

INCL
W1.TMP
Cs134g.XSW
W2.TMP



      Process Cs-137

INCL
W2.TMP
Cs137g.XSW
W1.TMP



      Process I-135

INCL
W1.TMP
I_135g.XSW
W2.TMP



      Process Xe-134

INCL
W2.TMP
Xe134g.XSW
W1.TMP



      Process Xe-135

INCL
W1.TMP
Xe135g.XSW
W2.TMP



      Process Cs-135

INCL
W2.TMP
Cs135g.XSW
W1.TMP



      Process Xe-136

INCL
W1.TMP
Xe136g.XSW
W2.TMP



      Process Nd-143

INCL
W2.TMP
Nd143g.XSW
W1.TMP



      Process Nd-145

INCL
W1.TMP
Nd145g.XSW
W2.TMP



      Process Pm-147 (Capture precursor of Pm-148)

INCL
W2.TMP
Pm147g.XSW
W1.TMP



      Process Pm-147 (Capture precursor of Pm-148m)

INCL
W1.TMP
Pm147h.XSW
W2.TMP



      Process Sm-147

INCL
W2.TMP
Sm147g.XSW
W1.TMP



      Process Pm-148m

INCL
W1.TMP
Pm148m.XSW
W2.TMP



      Process Pm-148

INCL
W2.TMP
Pm148g.XSW
W1.TMP



      Process Sm-148

INCL
W1.TMP
Sm148g.XSW
W2.TMP



      Process Pm-149

INCL
W2.TMP
Pm149g.XSW
W1.TMP



      Process Sm-149

INCL
W1.TMP
Sm149g.XSW
W2.TMP



      Process Sm-150

INCL
W2.TMP
Sm150g.XSW
W1.TMP



      Process Sm-151

INCL
W1.TMP
Sm151g.XSW
W2.TMP



      Process Sm-152

INCL
W2.TMP
Sm152g.XSW
W1.TMP



      Process Eu-151

INCL
W1.TMP
Eu151g.XSW
W2.TMP



      Process Eu-152

INCL
W2.TMP
Eu152g.XSW
W1.TMP



      Process Eu-153

INCL
W1.TMP
Eu153g.XSW
W2.TMP



      Process Eu-154

INCL
W2.TMP
Eu154g.XSW
W1.TMP



      Process Eu-155

INCL
W1.TMP
Eu155g.XSW
W2.TMP



      Process pseudo fission product 4902

INCL
W2.TMP
PFP4902.XSW
W1.TMP



      Check library integrity

CHCK
W1.TMP
WLUP03.LIB


FOBI
WLUP03.LIB
WLUP03.BIN




      4. Major and Minor Actinides Processing
         ------------------------------------

      Starter file: wlup03.lib
      Action      : Process all major and minor actinides
      Output file : WLUP04.LIB
      Temp. files : W1.TMP, W2.TMP

      Process Th-232

INCL
WLUP03.LIB
Th232g.XSW
W1.TMP



      Process dummy fission product precursor of U-232 from U-233(n,2n)

INCL
W1.TMP
U_232f.XSW
W2.TMP



      Process U-232

INCL
W2.TMP
U_232g.XSW
W1.TMP



      Process U-233

INCL
W1.TMP
U_233g.XSW
W2.TMP



      Process Pa-231

INCL
W2.TMP
Pa231g.XSW
W1.TMP



      Process Pa-233

INCL
W1.TMP
Pa233g.XSW
W2.TMP



      Process U-234

INCL
W2.TMP
U_234g.XSW
W1.TMP



      Process Uranium-235 (U_235g.XSW)

INCL
W1.TMP
U_235g.XSW
W2.TMP



      Process U-236

INCL
W2.TMP
U_236g.XSW
W1.TMP



       Process U-237 as a dummy fission product

INCL
W1.TMP
U_237f.XSW
W2.TMP



      Process U-237

INCL
W2.TMP
U_237g.XSW
W1.TMP



      Process Uranium-238 (U_238g.XSW)

INCL
W1.TMP
U_238g.XSW
W2.TMP



      Process Np-237

INCL
W2.TMP
Np237g.XSW
W1.TMP



      Process Np-239

INCL
W1.TMP
Np239g.XSW
W2.TMP



      Process Pu-238

INCL
W2.TMP
Pu238g.XSW
W1.TMP



      Process Pu-239

INCL
W1.TMP
Pu239g.XSW
W2.TMP



      Process Pu-240

INCL
W2.TMP
Pu240g.XSW
W1.TMP



      Process Pu-241

INCL
W1.TMP
Pu241g.XSW
W2.TMP



      Process Pu-242

INCL
W2.TMP
Pu242g.XSW
W1.TMP



      Process Pu-242 (high concentration degraded Plutonium)

INCL
W1.TMP
Pu242h.XSW
W2.TMP



      Process Am-241

INCL
W2.TMP
Am241g.XSW
W1.TMP



      Process Am-242g

INCL
W1.TMP
Am242g.XSW
W2.TMP



      Process Am-242m

INCL
W2.TMP
Am242m.XSW
W1.TMP



      Process Am-243

INCL
W1.TMP
Am243g.XSW
W2.TMP



      Process Cm-242

INCL
W2.TMP
Cm242g.XSW
W1.TMP



      Process Cm-243

INCL
W1.TMP
Cm243g.XSW
W2.TMP



      Process Cm-244

INCL
W2.TMP
Cm244g.XSW
W1.TMP



      Process Cm-245

INCL
W1.TMP
Cm245g.XSW
W2.TMP



      Process Cm-246

INCL
W2.TMP
Cm246g.XSW
W1.TMP



      Process Cm-247

INCL
W1.TMP
Cm247g.XSW
W2.TMP



      Process Cm-248

INCL
W2.TMP
Cm248g.XSW
W1.TMP



      Process Bk-249

INCL
W1.TMP
Bk249g.XSW
W2.TMP



      Process Cf-249

INCL
W2.TMP
Cf249g.XSW
W1.TMP



      Process Cf-250

INCL
W1.TMP
Cf250g.XSW
W2.TMP



      Process Cf-251

INCL
W2.TMP
Cf251g.XSW
W1.TMP



      Process Cf-252

INCL
W1.TMP
Cf252g.XSW
W2.TMP



      Process Cf-253

INCL
W2.TMP
Cf253g.XSW
W1.TMP



      Process Cf-254

INCL
W1.TMP
Cf254g.XSW
W2.TMP



      Check library integrity

CHCK
W2.TMP
WLUP04.LIB


FOBI
WLUP04.LIB
WLUP04.BIN



END
*deck endf70

      WIMS-D Library Update Project
      =============================

      1. Modify the starter file
         -----------------------

      Starter file: "1986" WIMS-D Library form Winfrith (WDN29.ASC)
      Action      : - Remove unnecessary materials.
                    - Add extra fission products.
      Output file : WLUP01.LIB

      Delete pseudo-fission products and compounds
DELM
WDN29.ASC
W1.TMP
251

DELM
W1.TMP
W2.TMP
252

DELM
W2.TMP
W1.TMP
253

DELM
W1.TMP
W2.TMP
254

DELM
W2.TMP
W1.TMP
105

DELM
W1.TMP
W2.TMP
135

DELM
W2.TMP
W1.TMP
500

DELM
W1.TMP
W2.TMP
9056

DELM
W2.TMP
W1.TMP
8058

DELM
W1.TMP
W2.TMP
9058


     Include new fission spectrum

INCL
W2.TMP
FISSION.XSP
W1.TMP


      Check library integrity

CHCK
W1.TMP
WLUP01.LIB

FOBI
WLUP01.LIB
WLUP01.BIN


      2. Major Reactor Materials Replacement
         -----------------------------------

      Starter file: wlup01.lib
      Action      : Replace major reactor materials:
                    - H(H2O)
                    - O
                    - Al
                    - U235
                    - U238
      Output file : WLUP02.LIB
      Temp. files : W1.TMP, W2.TMP

      Replace moderator Hydrogen bound in water (H_H20s.XSW)

INCL
WLUP01.LIB
H_H2Os.XSW
W1.TMP


1

      Replace moderator material Oxygen (O_016s.XSW)

INCL
W1.TMP
O_016s.XSW
W2.TMP


3

      Replace structural material Aluminium-27 (Al027s.XSW)

INCL
W2.TMP
Al027s.XSW
W1.TMP



      Replace fissile material Uranium-235 (U_235a.XSW)

INCL
W1.TMP
U_235a.XSW
W2.TMP



      Replace fissile material Uranium-238 (U_238a.XSW)

INCL
W2.TMP
U_238a.XSW
W1.TMP



      Check library integrity

CHCK
W1.TMP
WLUP02.LIB

FOBI
WLUP02.LIB
WLUP02.BIN


      3. Fission Product Materials Replacement
         -------------------------------------

      Starter file: wlup02.lib
      Action      : Replace all fission products
      Output file : WLUP03.LIB
      Temp. files : W1.TMP, W2.TMP

      Process Kripton-83

INCL
WLUP02.LIB
Kr083g.XSW
W1.TMP


      Process Mo-95
INCL
W1.TMP
Mo095g.XSW
W2.TMP



      Process Tc-99

INCL
W2.TMP
Tc099g.XSW
W1.TMP



      Process Ru-101

INCL
W1.TMP
Ru101g.XSW
W2.TMP



      Process Ru-103

INCL
W2.TMP
Ru103g.XSW
W1.TMP



      Process Rh-103

INCL
W1.TMP
Rh103g.XSW
W2.TMP



      Process Rh-105

INCL
W2.TMP
Rh105g.XSW
W1.TMP



      Process Pd-105

INCL
W1.TMP
Pd105g.XSW
W2.TMP



      Process Pd-107

INCL
W2.TMP
Pd107g.XSW
W1.TMP
4108
4107

      Process Pd-108

INCL
W1.TMP
Pd108g.XSW
W2.TMP



      Process Ag-109 data for WIMS (fission product)

INCL
W2.TMP
Ag109g.XSW
W1.TMP



      Process Cd-113

INCL
W1.TMP
Cd113g.XSW
W2.TMP



      Process In-115

INCL
W2.TMP
In115g.XSW
W1.TMP



      Process Te-127m

INCL
W1.TMP
Te127m.XSW
W2.TMP
4127
5127

      Process I-127

INCL
W2.TMP
I_127g.XSW
W1.TMP



      Process I-135

INCL
W1.TMP
I_135g.XSW
W2.TMP



      Process Xe-131

INCL
W2.TMP
Xe131g.XSW
W1.TMP



      Process Xe-134

INCL
W1.TMP
Xe134g.XSW
W2.TMP
4135
5134

      Process Xe-135

INCL
W2.TMP
Xe135g.XSW
W1.TMP



      Process Xe-136

INCL
W1.TMP
Xe136g.XSW
W2.TMP
4143
4136

      Process Cs-133

INCL
W2.TMP
Cs133g.XSW
W1.TMP



      Process Cs-134

INCL
W1.TMP
Cs134g.XSW
W2.TMP



      Process Cs-135

INCL
W2.TMP
Cs135g.XSW
W1.TMP



      Process Nd-143

INCL
W1.TMP
Nd143g.XSW
W2.TMP



      Process Nd-145

INCL
W2.TMP
Nd145g.XSW
W1.TMP



      Process Pm-147 (Capture precursor of Pm-148)

INCL
W1.TMP
Pm147g.XSW
W2.TMP



      Process Pm-147 (Capture precursor of Pm-148m)

INCL
W2.TMP
Pm147h.XSW
W1.TMP



      Process Pm-148

INCL
W1.TMP
Pm148g.XSW
W2.TMP



      Process Pm-148m

INCL
W2.TMP
Pm148m.XSW
W1.TMP



      Process Pm-149

INCL
W1.TMP
Pm149g.XSW
W2.TMP



      Process Sm-147

INCL
W2.TMP
Sm147g.XSW
W1.TMP



      Process Sm-149

INCL
W1.TMP
Sm149g.XSW
W2.TMP



      Process Sm-150

INCL
W2.TMP
Sm150g.XSW
W1.TMP



      Process Sm-151

INCL
W1.TMP
Sm151g.XSW
W2.TMP



      Process Sm-152

INCL
W2.TMP
Sm152g.XSW
W1.TMP



      Process Eu-151

INCL
W1.TMP
Eu151g.XSW
W2.TMP
4153
5151

      Process Eu-152

INCL
W2.TMP
Eu152g.XSW
W1.TMP
4153
5152

      Process Eu-153

INCL
W1.TMP
Eu153g.XSW
W2.TMP



      Process Eu-154

INCL
W2.TMP
Eu154g.XSW
W1.TMP



      Process Eu-155

INCL
W1.TMP
Eu155g.XSW
W2.TMP



      Process Gd-154

INCL
W2.TMP
Gd154g.XSW
W1.TMP



      Process Gd-155

INCL
W1.TMP
Gd155g.XSW
W2.TMP



      Process Gd-156

INCL
W2.TMP
Gd156g.XSW
W1.TMP



      Process Gd-157

INCL
W1.TMP
Gd157g.XSW
W2.TMP



      Process Gd-158

INCL
W2.TMP
Gd158g.XSW
W1.TMP



      Process Dy-160

INCL
W1.TMP
Dy160g.XSW
W2.TMP
164
160

      Process Dy-161

INCL
W2.TMP
Dy161g.XSW
W1.TMP
164
161

      Process Dy-162

INCL
W1.TMP
Dy162g.XSW
W2.TMP
164
162

      Process Dy-163

INCL
W2.TMP
Dy163g.XSW
W1.TMP
164
163

      Process Dy-164

INCL
W1.TMP
Dy164g.XSW
W2.TMP



      Process Ho-165

INCL
W2.TMP
Ho165g.XSW
W1.TMP
167
165

      Process Er-166
INCL
W1.TMP
Er166g.XSW
W2.TMP
167
2166

      Process Er-167
INCL
W2.TMP
Er167g.XSW
W1.TMP
167
2167

      Process dummy f.p. precursor or U-237 (insert before 927)

INCL
W1.TMP
U_237f.XSW
W2.TMP
 927
4927

      Process dummy f.p. precursor or U-232 (insert before 9233)

INCL
W2.TMP
U_232f.XSW
W1.TMP
9233
4232

      Process the pseudo fission product 4902

INCL
W1.TMP
PFP4902.XSW
W2.TMP



      Process Sm-148 (new f. p. inserted before 5149 = Pm-149)

INCL
W2.TMP
Sm148g.XSW
W1.TMP
5149
6148

      Process Ru-106 (new f. p. inserted before 4103 = Rh-103)

INCL
W1.TMP
Ru106g.XSW
W2.TMP
4103
4106

      Process Sb-125 (new f. p. inserted before 5127 = Te-127m)

INCL
W2.TMP
Sb125g.XSW
W1.TMP
5127
4125

      Process Cs-137 (new f. p. inserted before 6135 = I-135)

INCL
W1.TMP
Cs137g.XSW
W2.TMP
6135
4137

      Check library integrity

CHCK
W2.TMP
WLUP03.LIB


      4. Minor Actinides Replacement
         ---------------------------

      Starter file: wlup03.lib
      Action      : Replace all minor Actinides
      Output file : WLUP04.LIB
      Temp. files : W1.TMP, W2.TMP

      Process U-234

INCL
WLUP03.LIB
U_234g.XSW
W1.TMP



      Process U-236

INCL
W1.TMP
U_236g.XSW
W2.TMP



      Process U-237

INCL
W2.TMP
U_237g.XSW
W1.TMP



      Process Np-237

INCL
W1.TMP
Np237g.XSW
W2.TMP



      Process Np-239

INCL
W2.TMP
Np239g.XSW
W1.TMP



      Process Pa-231

INCL
W1.TMP
Pa231g.XSW
W2.TMP
1233
1231

      Process Pa-233

INCL
W2.TMP
Pa233g.XSW
W1.TMP



      Process U-232

INCL
W1.TMP
U_232g.XSW
W2.TMP
9233
232


      Process Pu-242

INCL
W2.TMP
Pu242g.XSW
W1.TMP



      Process Pu-242 (high concentration degraded Plutonium)

INCL
W1.TMP
Pu242h.XSW
W2.TMP
1242
 242



      Process Pu-238

INCL
W2.TMP
Pu238g.XSW
W1.TMP



      Process Am-241

INCL
W1.TMP
Am241g.XSW
W2.TMP



      Process Am-242g

INCL
W2.TMP
Am242g.XSW
W1.TMP
952
1952

      Process Am-242m

INCL
W1.TMP
Am242m.XSW
W2.TMP



      Process Am-243

INCL
W2.TMP
Am243g.XSW
W1.TMP



      Process Cm-242

INCL
W1.TMP
Cm242g.XSW
W2.TMP
1000
962

      Process Cm-243

INCL
W2.TMP
Cm243g.XSW
W1.TMP
1000
963

      Process Cm-244

INCL
W1.TMP
Cm244g.XSW
W2.TMP
1000
964

      Check library integrity

CHCK
W2.TMP
WLUP04.LIB


      5. Major Actinides Replacement
         ---------------------------

      Starter file: wlup04.lib
      Action      : Replace all remaining major Actinides
      Output file : WLUP05.LIB
      Temp. files : W1.TMP, W2.TMP

      Process Th-232

INCL
WLUP04.LIB
Th232g.XSW
W1.TMP



      Process U-233

INCL
W1.TMP
U_233g.XSW
W2.TMP



      Process Uranium-235 (U_235g.XSW)

INCL
W2.TMP
U_235g.XSW
W1.TMP



      Process Uranium-238 (U_238g.XSW)

INCL
W1.TMP
U_238g.XSW
W2.TMP



      Process Pu-239

INCL
W2.TMP
Pu239g.XSW
W1.TMP



      Process Pu-240

INCL
W1.TMP
Pu240g.XSW
W2.TMP



      Process Pu-241

INCL
W2.TMP
Pu241g.XSW
W1.TMP



      Delete old Gd-157 fission product (4157)

DELM
W1.TMP
W2.TMP
4157

      Check library integrity

CHCK
W2.TMP
WLUP05.LIB


FOBI
WLUP05.LIB
WLUP05.BIN



      6. Absorbers Materials
         -------------------

      Starter file: wlup05.lib
      Action      : Replace absorber materials
      Output file : WLUP06.LIB
      Temp. files : W1.TMP, W2.TMP

      Process B-10
INCL
WLUP05.LIB
B_010g.XSW
W2.TMP
  10

      Process B-10 Unburnable
INCL
W2.TMP
B_010s.XSW
W1.TMP
1010

      Process B-11 (insert before B-nat 1011)
INCL
W1.TMP
B_011g.XSW
W2.TMP
1011
11
      Prepare B-nat from
              19.9 % B-10
              80.1 % B-11

MIXM
B_Nats.xsw
1011
B_010s.xsw
19.9
B_011s.xsw
80.1


      Process B-NAT

INCL
W2.TMP
B_Nats.XSW
W1.TMP


      Prepare Ag-nat from
              51.839 % Ag-107
              48.161 % Ag-109
MIXM
AgNats.xsw
3109
Ag107s.xsw
51.839
Ag109s.xsw
48.161


      Process Ag-nat
INCL
W1.TMP
AgNats.XSW
W2.TMP


      Prepare Cd-nat from
              1.25 % Cd-106
              0.89 % Cd-108
             12.49 % Cd-110
             12.80 % Cd-111
             24.13 % Cd-112
             12.22 % Cd-113
             28.73 % Cd-114
              7.49 % Cd-116
MIXM
CdNats.xsw
2113
Cd106s.xsw
 1.25
Cd108s.xsw
 0.89
Cd110s.xsw
12.49
Cd111s.xsw
12.80
Cd112s.xsw
24.13
Cd113s.xsw
12.22
Cd114s.xsw
28.73
Cd116s.xsw
 7.49


      Process Cd-nat
INCL
W2.TMP
CdNats.XSW
W1.TMP


      Prepare In-nat
              4.3 % In-113
             95.7 % In-115
MIXM
InNats.XSW
2115
In113s.XSW
 4.3
In115s.XSW
95.7


      Process In-nat
INCL
W1.TMP
InNats.XSW
W2.TMP


      Delete old Erbium data
DELM
W2.TMP
W1.TMP
167

      Process Hf-176
INCL
W1.TMP
Hf176g.XSW
W2.TMP



      Process Hf-177
INCL
W2.TMP
Hf177g.XSW
W1.TMP



      Process Hf-178
INCL
W1.TMP
Hf178g.XSW
W2.TMP



      Process Hf-179
INCL
W2.TMP
Hf179g.XSW
W1.TMP



      Process Hf-180
INCL
W1.TMP
Hf180g.XSW
W2.TMP



      Prepare Hf-nat
              0.162 % Hf-174
              5.206 % Hf-176
             18.606 % Hf-177
             27.297 % Hf-178
             13.629 % Hf-179
             35.100 % Hf-180
MIXM
HfNats.XSW
178
Hf174s.XSW
 0.162
Hf176s.XSW
 5.206
Hf177s.XSW
18.606
Hf178s.XSW
27.297
Hf179s.XSW
13.629
Hf180s.XSW
35.100


      Process Hf-nat
INCL
W2.TMP
HfNats.XSW
W1.TMP



      Prepare Eu-nat
              47.8 % Eu-151
              52.2 % Eu-153
MIXM
EuNats.XSW
152
Eu151s.XSW
47.8
Eu153s.XSW
52.2


      Process Eu-nat
INCL
W1.TMP
EuNats.XSW
W2.TMP
2154
152


      Check library integrity

CHCK
W2.TMP
WLUP06.LIB


FOBI
WLUP06.LIB
WLUP06.BIN


      7. Structural Materials
         -------------------

      Starter file: wlup06.lib
      Action      : Replace structural materials
      Output file : WLUP07.LIB
      Temp. files : W1.TMP, W2.TMP

      Process Co-59 (100% natural abundance)
INCL
WLUP06.LIB
Co059s.XSW
W2.TMP


      Prepare Cr-nat
               4.345 % Cr-50
              83.789 % Cr-52
               9.501 % Cr-53
               2.365 % Cr-54
MIXM
CrNats.xsw
  52
Cr050s.xsw
 4.345
Cr052s.xsw
83.789
Cr053s.xsw
 9.501
Cr054s.xsw
 2.365

      Process Cr-nat
INCL
W2.TMP
CrNats.xsw
W1.TMP


      Prepare Cu-nat
              69.17 % Cu-63
              30.83 % Cu-65
MIXM
CuNats.xsw
3063
Cu063s.xsw
69.17
Cu065s.xsw
30.83


      Process Cu-nat
INCL
W1.TMP
CuNats.xsw
W2.TMP


      Prepare Fe-nat from
               5.8  % Fe-54
              91.72 % Fe-56
               2.2  % Fe-57
               0.28 % Fe-58
MIXM
FeNats.xsw
2056
Fe054s.xsw
 5.8
Fe056s.xsw
91.72
Fe057s.xsw
 2.2
Fe058s.xsw
 0.28


          Process Fe-nat
INCL
W2.TMP
FeNats.xsw
W1.TMP



          Prepare Mg-nat
              78.99 % Mg-24
              10.00 % Mg-25
              11.01 % Mg-26
MIXM
MgNats.xsw
24
Mg024s.xsw
78.99
Mg025s.xsw
10.0
Mg026s.xsw
11.01


          Process Mg-nat
INCL
W1.TMP
MgNats.xsw
W2.TMP


          Process Mn-55 (100 % natural abundance)
INCL
W2.TMP
Mn055s.xsw
W1.TMP


          Prepare Mo-nat
           14.84 % Mo-92
            9.25 % Mo-94
           15.92 % Mo-95
           16.68 % Mo-96
            9.55 % Mo-97
           24.13 % Mo-98
            9.63 % Mo-100
MIXM
MoNats.xsw
96
Mo092s.xsw
14.84
Mo094s.xsw
9.25
Mo095s.xsw
15.92
Mo096s.xsw
16.68
Mo097s.xsw
9.55
Mo098s.xsw
24.13
Mo100s.xsw
9.63


          Process Mo-nat
INCL
W1.TMP
MoNats.xsw
W2.TMP


          Process Nb-93 (100 % natural abundance)
INCL
W2.TMP
Nb093s.xsw
W1.TMP


          Prepare Ni-nat from
                  68.077 % Ni-58
                  26.223 % Ni-60
                   1.140 % Ni-51
                   3.634 % Ni-62
                   0.926 % Ni-64
MIXM
NiNats.xsw
58
Ni058s.xsw
68.077
Ni060s.xsw
26.223
Ni061s.xsw
 1.140
Ni062s.xsw
 3.634
Ni064s.xsw
 0.926

          Process Ni-nat
INCL
W1.TMP
NiNats.xsw
W2.TMP


          Prepare Si-nat
                  92.23 % Si-28
                   4.67 % Si-29
                   3.10 % Si-30
MIXM
SiNats.xsw
29
Si028s.xsw
92.23
Si029s.xsw
 4.67
Si030s.xsw
 3.10


          Process Si-nat
INCL
W2.TMP
SiNats.xsw
W1.TMP


          Prepare Ti-nat
            8.25 % Ti-46
            7.44 % Ti-47
           73.72 % Ti-48
            5.41 % Ti-49
            5.18 % Ti-50
MIXM
TiNats.xsw
48
Ti046s.xsw
8.25
Ti047s.xsw
7.44
Ti048s.xsw
73.72
Ti049s.xsw
5.41
Ti050s.xsw
5.18


          Process Ti-nat
INCL
W1.TMP
TiNats.xsw
W2.TMP



          Process V-nat
INCL
W2.TMP
V_Nats.xsw
W1.TMP


          Prepare Zr-nat
                  51.45 % Zr-90
                  11.22 % Zr-91
                  17.15 % Zr-92
                  17.38 % Zr-94
                   2.80 % Zr-96
MIXM
ZrNats.XSW
91
Zr090s.XSW
51.45
Zr091s.XSW
11.22
Zr092s.XSW
17.15
Zr094s.XSW
17.38
Zr096s.XSW
 2.80


          Process Zr-nat
INCL
W1.TMP
ZrNats.xsw
W2.TMP



          Prepare Sn-nat
              0.97 % Sn-112
              0.65 % Sn-114
              0.36 % Sn-115
             14.53 % Sn-116
              7.68 % Sn-117
             24.22 % Sn-118
              8.58 % Sn-119
             32.59 % Sn-120
              4.63 % Sn-122
              5.79 % Sn-124
MIXM
SnNats.XSW
118
Sn112s.XSW
 0.97
Sn114s.XSW
 0.65
Sn115s.XSW
 0.36
Sn116s.XSW
14.53
Sn117s.XSW
 7.68
Sn118s.XSW
24.22
Sn119s.XSW
 8.58
Sn120s.XSW
32.59
Sn122s.XSW
 4.63
Sn124s.XSW
 5.79


      Process Sn-nat
INCL
W2.TMP
SnNats.XSW
W1.TMP
121
118


      Check library integrity

CHCK
W1.TMP
WLUP07.LIB


FOBI
WLUP07.LIB
WLUP07.BIN



      8. Other Moderators
         ----------------

      Starter file: wlup07.lib
      Action      : Replace other moderators
      Output file : WLUP08.LIB
      Temp. files : W1.TMP, W2.TMP
      WIMS-D Library Update Completed

      Process H bound in Zr H
INCL
WLUP07.LIB
H_ZrHs.XSW
W1.TMP
3002
5001

      Process D bound in D2O
INCL
W1.TMP
D_D2Os.XSW
W2.TMP


2

      Process Be-nat (100 % Be-9)
INCL
W2.TMP
BeNats.XSW
W1.TMP



      Process Graphite
INCL
W1.TMP
C_Grfs.XSW
W2.TMP


4

      Check library integrity

CHCK
W2.TMP
WLUP08.LIB


FOBI
WLUP08.LIB
WLUP08.BIN


      9. Various Additional Materials
         ----------------------------

      Starter file: wlup08.lib
      Action      : Replace various additional materials
      Output file : WLUP09.LIB
      Temp. files : W1.TMP, W2.TMP
      WIMS-D Library Update Completed

      Process He-3
INCL
WLUP08.LIB
He003s.XSW
W1.TMP



      Process He-4
INCL
W1.TMP
He004s.XSW
W2.TMP



      Prepare N-nat
              99.634 % N-14
               0.366 % N-15
MIXM
N_Nats.XSW
14
N_014s.XSW
99.634
N_015s.XSW
 0.366


      Process N-Nat
INCL
W2.TMP
N_Nats.XSW
W1.TMP



      Process F-Nat (100 % F-19)
INCL
W1.TMP
F_Nats.XSW
W2.TMP



      Process P-31 (P-nat = 100 % P-31)
INCL
W2.TMP
P_031s.XSW
W1.TMP
48
31


      Prepare S-Nat
       94.93 % S-32
        0.76 % S-33
        4.29 % S-34
        0.02 % S-36
MIXM
S_Nats.XSW
32
S_032s.XSW
94.93
S_033s.XSW
0.76
S_034s.XSW
4.29
S_036s.XSW
0.02


      Process S-Nat
INCL
W1.TMP
S_Nats.XSW
W2.TMP
48
32


      Prepare Cl-nat
       75.78 % Cl-35
       24.22 % Cl-37
MIXM
ClNats.XSW
35
Cl035s.XSW
75.78
Cl037s.XSW
24.22


      Process Cl-nat
INCL
W2.TMP
ClNats.XSW
W1.TMP
48
35


      Process Li-6
INCL
W1.TMP
Li006s.XSW
W2.TMP



      Process Li-7
INCL
W2.TMP
Li007s.XSW
W1.TMP


      Process Na-nat (100 % Na-23)
INCL
W1.TMP
NaNats.XSW
W2.TMP


      Prepare Ca-nat
       96.941 % Ca-40
        0.647 % Ca-42
        0.135 % Ca-43
        2.086 % Ca-44
        0.004 % Ca-46
        0.187 % Ca-48
MIXM
CaNats.XSW
40
Ca040s.XSW
96.941
Ca042s.XSW
0.647
Ca043s.XSW
0.135
Ca044s.XSW
2.086
Ca046s.XSW
0.004
Ca048s.XSW
0.187


      Process Ca-nat
INCL
W2.TMP
CaNats.XSW
W1.TMP
48
40


      Process Ta-nat (99.988 % Ta-181, ignore Ta-180)
INCL
W1.TMP
Ta181s.XSW
W2.TMP


      Prepare W-nat
              0.12 % W-180 (ignored)
             26.50 % W-182 (lump with W-180 = 26.62)
             14.31 % W-183
             30.64 % W-184
             28.43 % W-186
MIXM
W_Nats.XSW
183
W_182s.XSW
26.62
W_183s.XSW
14.31
W_184s.XSW
30.64
W_186s.XSW
28.43


      Process W-nat
INCL
W2.TMP
W_Nats.XSW
W1.TMP


      Process Sb-121
INCL
W1.TMP
Sb121s.XSW
W2.TMP


      Process Sb-123
INCL
W2.TMP
Sb123s.XSW
W1.TMP


      Prepare Pb-nat
               1.4 %  Pb-204
              24.1 %  Pb-206
              22.1 %  Pb-207
              52.4 %  Pb-208
MIXM
PbNats.XSW
207
Pb204s.XSW
1.4
Pb206s.XSW
24.1
Pb207s.XSW
22.1
Pb208s.XSW
52.4


      Process Pb-Nat
INCL
W1.TMP
PbNats.XSW
W2.TMP


      Check library integrity

CHCK
W2.TMP
WLUP09.LIB


FOBI
WLUP09.LIB
WLUP09.BIN


      10. Final sorting of the library
          ----------------------------

      Starter file: WLUP09.LIB
      Action      : - Move lead to structural materials
                    - Delete dosimetry reactions and insert
                      them at the end from archived files
      Output file : WLUP10.LIB

      Move lead data to structural materials
DELM
WLUP09.LIB
W1.TMP
207

INCL
W1.TMP
PbNats.xsw
W2.TMP
4083
207

     Delete dosimetry reactions
DELM
W2.TMP
W1.TMP
2212

DELM
W1.TMP
W2.TMP
1054

DELM
W2.TMP
W1.TMP
3058

DELM
W1.TMP
W2.TMP
1058

DELM
W2.TMP
W1.TMP
84

DELM
W1.TMP
W2.TMP
1091

DELM
W2.TMP
W1.TMP
2103

DELM
W1.TMP
W2.TMP
176

DELM
W2.TMP
W1.TMP
197

INCL
W1.TMP
C_Dmgd.xsw
W2.TMP


INCL
W2.TMP
Fe054d.xsw
W1.TMP


INCL
W1.TMP
Fe058d.xsw
W2.TMP


INCL
W2.TMP
Ni058d.xsw
W1.TMP


INCL
W1.TMP
Co059d.xsw
W2.TMP
2059

INCL
W2.TMP
Kr084d.xsw
W1.TMP


INCL
W1.TMP
ZrDmgd.xsw
W2.TMP


INCL
W2.TMP
Rh103d.xsw
W1.TMP


INCL
W1.TMP
Lu176d.xsw
W2.TMP


INCL
W2.TMP
Au197d.xsw
W1.TMP


      Check library integrity

CHCK
W1.TMP
WLUP10.LIB


FOBI
WLUP10.LIB
WLUP10.BIN

END
*deck endf70gx

      WIMS-D Library Update Project
      =============================

      1. Preparation of a library seed file
         ----------------------------------

      Starter file: New Library
      Output file : WLUP01.LIB

NEWL
WLUP00.LIB
172
45
47

     Include group boundaries
INCL
WLUP00.LIB
EGB172.DAT
W1.TMP

     Include new fission spectrum
INCL
W1.TMP
FISSION.XSP
WLUP01.LIB


      2. Light elements and strcutural materials processing
         --------------------------------------------------

      Starter file: wlup01.lib
      Output file : WLUP02.LIB
      Moderator materials, Structural materials, Absorbers
      Temp. files : W1.TMP, W2.TMP

      Process moderator Hydrogen bound in water (H_H20s.XSW)

INCL
WLUP01.LIB
H_H2Os.XSW
W1.TMP

1

      Process H bound in Zr H

INCL
W1.TMP
H_ZrHs.XSW
W2.TMP



      Process D bound in D2O

INCL
W2.TMP
D_D2Os.XSW
W1.TMP

2


       Process He-3

INCL
W1.TMP
He003s.XSW
W2.TMP



      Process He-4

INCL
W2.TMP
He004s.XSW
W1.TMP



       Process Li-6

INCL
W1.TMP
Li006s.XSW
W2.TMP



      Process Li-7

INCL
W2.TMP
Li007s.XSW
W1.TMP



       Process Be-nat (100 % Be-9)

INCL
W1.TMP
BeNats.XSW
W2.TMP



      Process B-10

INCL
W2.TMP
B_010g.XSW
W1.TMP



      Process B-10 Unburnable

INCL
W1.TMP
B_010s.XSW
W2.TMP
1010


      Process B-11

INCL
W2.TMP
B_011g.XSW
W1.TMP




      Prepare B-nat from
              19.9 % B-10
              80.1 % B-11

MIXM
B_Nats.xsw
1011
B_010s.xsw
19.9
B_011s.xsw
80.1


      Process B-NAT

INCL
W1.TMP
B_Nats.XSW
W2.TMP



      Process Graphite

INCL
W2.TMP
C_Grfs.XSW
W1.TMP

4

       Prepare N-nat
              99.634 % N-14
               0.366 % N-15
MIXM
N_Nats.XSW
14
N_014s.XSW
99.634
N_015s.XSW
 0.366



	Process N-Nat

INCL
W1.TMP
N_Nats.XSW
W2.TMP



    Process Oxygen-16

INCL
W2.TMP
O_016s.XSW
W1.TMP

3

       Process F-Nat (100 % F-19)

INCL
W1.TMP
F_Nats.XSW
W2.TMP



      Process Na-nat (100 % Na-23)

INCL
W2.TMP
NaNats.XSW
W1.TMP


          Prepare Mg-nat
              78.99 % Mg-24
              10.00 % Mg-25
              11.01 % Mg-26
MIXM
MgNats.xsw
24
Mg024s.xsw
78.99
Mg025s.xsw
10.0
Mg026s.xsw
11.01


          Process Mg-nat

INCL
W1.TMP
MgNats.xsw
W2.TMP



      Process Aluminium-27

INCL
W2.TMP
Al027s.XSW
W1.TMP



          Prepare Si-nat
                  92.23 % Si-28
                   4.67 % Si-29
                   3.10 % Si-30
MIXM
SiNats.xsw
29
Si028s.xsw
92.23
Si029s.xsw
 4.67
Si030s.xsw
 3.10


          Process Si-nat

INCL
W1.TMP
SiNats.xsw
W2.TMP



      Process P-31 (P-nat = 100 % P-31)

INCL
W2.TMP
P_031s.XSW
W1.TMP



      Prepare S-Nat
       94.93 % S-32
        0.76 % S-33
        4.29 % S-34
        0.02 % S-36
MIXM
S_Nats.XSW
32
S_032s.XSW
94.93
S_033s.XSW
0.76
S_034s.XSW
4.29
S_036s.XSW
0.02


      Process S-nat (Element data in the IAEA Library)

INCL
W1.TMP
S_Nats.XSW
W2.TMP



      Prepare Cl-nat
       75.78 % Cl-35
       24.22 % Cl-37
MIXM
ClNats.XSW
35
Cl035s.XSW
75.78
Cl037s.XSW
24.22


       Process Cl-nat

INCL
W2.TMP
ClNats.XSW
W1.TMP



      Prepare Ca-nat
       96.941 % Ca-40
        0.647 % Ca-42
        0.135 % Ca-43
        2.086 % Ca-44
        0.004 % Ca-46
        0.187 % Ca-48
MIXM
CaNats.XSW
40
Ca040s.XSW
96.941
Ca042s.XSW
0.647
Ca043s.XSW
0.135
Ca044s.XSW
2.086
Ca046s.XSW
0.004
Ca048s.XSW
0.187


        Process Ca-nat

INCL
W1.TMP
CaNats.XSW
W2.TMP



          Prepare Ti-nat
            8.25 % Ti-46
            7.44 % Ti-47
           73.72 % Ti-48
            5.41 % Ti-49
            5.18 % Ti-50
MIXM
TiNats.xsw
48
Ti046s.xsw
8.25
Ti047s.xsw
7.44
Ti048s.xsw
73.72
Ti049s.xsw
5.41
Ti050s.xsw
5.18


           Process Ti-nat

INCL
W2.TMP
TiNats.xsw
W1.TMP



          Process V-nat

INCL
W1.TMP
V_Nats.xsw
W2.TMP



      Prepare Cr-nat
               4.345 % Cr-50
              83.789 % Cr-52
               9.501 % Cr-53
               2.365 % Cr-54
MIXM
CrNats.xsw
  52
Cr050s.xsw
 4.345
Cr052s.xsw
83.789
Cr053s.xsw
 9.501
Cr054s.xsw
 2.365

      Process Cr-nat

INCL
W2.TMP
CrNats.xsw
W1.TMP



          Process Mn-55 (100 % natural abundance)

INCL
W1.TMP
Mn055s.xsw
W2.TMP



      Prepare Fe-nat from
               5.8  % Fe-54
              91.72 % Fe-56
               2.2  % Fe-57
               0.28 % Fe-58
MIXM
FeNats.xsw
2056
Fe054s.xsw
 5.8
Fe056s.xsw
91.72
Fe057s.xsw
 2.2
Fe058s.xsw
 0.28


          Process Fe-nat

INCL
W2.TMP
FeNats.xsw
W1.TMP



          Prepare Ni-nat from
                  68.077 % Ni-58
                  26.223 % Ni-60
                   1.140 % Ni-61
                   3.634 % Ni-62
                   0.926 % Ni-64
MIXM
NiNats.xsw
58
Ni058s.xsw
68.077
Ni060s.xsw
26.223
Ni061s.xsw
 1.140
Ni062s.xsw
 3.634
Ni064s.xsw
 0.926

          Process Ni-nat

INCL
W1.TMP
NiNats.xsw
W2.TMP



      Process Co-59 (100% natural abundance)

INCL
W2.TMP
Co059s.XSW
W1.TMP



      Prepare Cu-nat
              69.17 % Cu-63
              30.83 % Cu-65
MIXM
CuNats.xsw
3063
Cu063s.xsw
69.17
Cu065s.xsw
30.83


      Process Cu-nat

INCL
W1.TMP
CuNats.xsw
W2.TMP



          Prepare Zr-nat
                  51.45 % Zr-90
                  11.22 % Zr-91
                  17.15 % Zr-92
                  17.38 % Zr-94
                   2.80 % Zr-96
MIXM
ZrNats.XSW
91
Zr090s.XSW
51.45
Zr091s.XSW
11.22
Zr092s.XSW
17.15
Zr094s.XSW
17.38
Zr096s.XSW
 2.80


          Process Zr-nat

INCL
W2.TMP
ZrNats.xsw
W1.TMP



          Process Nb-93 (100 % natural abundance)

INCL
W1.TMP
Nb093s.xsw
W2.TMP



          Prepare Mo-nat
           14.84 % Mo-92
            9.25 % Mo-94
           15.92 % Mo-95
           16.68 % Mo-96
            9.55 % Mo-97
           24.13 % Mo-98
            9.63 % Mo-100
MIXM
MoNats.xsw
96
Mo092s.xsw
14.84
Mo094s.xsw
9.25
Mo095s.xsw
15.92
Mo096s.xsw
16.68
Mo097s.xsw
9.55
Mo098s.xsw
24.13
Mo100s.xsw
9.63


          Process Mo-nat

INCL
W2.TMP
MoNats.xsw
W1.TMP



      Prepare Ag-nat from
              51.839 % Ag-107
              48.161 % Ag-109
MIXM
AgNats.xsw
3109
Ag107s.xsw
51.839
Ag109s.xsw
48.161


      Process Ag-nat
INCL
W1.TMP
AgNats.XSW
W2.TMP


      Prepare Cd-nat from
              1.25 % Cd-106
              0.89 % Cd-108
             12.49 % Cd-110
             12.80 % Cd-111
             24.13 % Cd-112
             12.22 % Cd-113
             28.73 % Cd-114
              7.49 % Cd-116
MIXM
CdNats.xsw
2113
Cd106s.xsw
 1.25
Cd108s.xsw
 0.89
Cd110s.xsw
12.49
Cd111s.xsw
12.80
Cd112s.xsw
24.13
Cd113s.xsw
12.22
Cd114s.xsw
28.73
Cd116s.xsw
 7.49


      Process Cd-nat
INCL
W2.TMP
CdNats.XSW
W1.TMP


      Prepare In-nat
              4.3 % In-113
             95.7 % In-115
MIXM
InNats.XSW
2115
In113s.XSW
 4.3
In115s.XSW
95.7


      Process In-nat
INCL
W1.TMP
InNats.XSW
W2.TMP


          Prepare Sn-nat
              0.97 % Sn-112
              0.65 % Sn-114
              0.36 % Sn-115
             14.53 % Sn-116
              7.68 % Sn-117
             24.22 % Sn-118
              8.58 % Sn-119
             32.59 % Sn-120
              4.63 % Sn-122
              5.79 % Sn-124
MIXM
SnNats.XSW
118
Sn112s.XSW
 0.97
Sn114s.XSW
 0.65
Sn115s.XSW
 0.36
Sn116s.XSW
14.53
Sn117s.XSW
 7.68
Sn118s.XSW
24.22
Sn119s.XSW
 8.58
Sn120s.XSW
32.59
Sn122s.XSW
 4.63
Sn124s.XSW
 5.79


      Process Sn-nat
INCL
W2.TMP
SnNats.XSW
W1.TMP




      Process Sb-121

INCL
W1.TMP
Sb121s.XSW
W2.TMP



      Process Sb-123

INCL
W2.TMP
Sb123s.XSW
W1.TMP



      Prepare Eu-nat
              47.8 % Eu-151
              52.2 % Eu-153
MIXM
EuNats.XSW
152
Eu151s.XSW
47.8
Eu153s.XSW
52.2


      Process Eu-nat

INCL
W1.TMP
EuNats.XSW
W2.TMP



      Process Gd-154

INCL
W2.TMP
Gd154g.XSW
W1.TMP



      Process Gd-155

INCL
W1.TMP
Gd155g.XSW
W2.TMP



      Process Gd-156

INCL
W2.TMP
Gd156g.XSW
W1.TMP



      Process Gd-157

INCL
W1.TMP
Gd157g.XSW
W2.TMP



      Process Gd-158

INCL
W2.TMP
Gd158g.XSW
W1.TMP



      Process Dy-160

INCL
W1.TMP
Dy160g.XSW
W2.TMP



      Process Dy-161

INCL
W2.TMP
Dy161g.XSW
W1.TMP



      Process Dy-162

INCL
W1.TMP
Dy162g.XSW
W2.TMP



      Process Dy-163

INCL
W2.TMP
Dy163g.XSW
W1.TMP



      Process Dy-164

INCL
W1.TMP
Dy164g.XSW
W2.TMP



      Process Ho-165

INCL
W2.TMP
Ho165g.XSW
W1.TMP



      Process Er-166

INCL
W1.TMP
Er166g.XSW
W2.TMP



      Process Er-167

INCL
W2.TMP
Er167g.XSW
W1.TMP



      Process Hf-176

INCL
W1.TMP
Hf176g.XSW
W2.TMP



      Process Hf-177

INCL
W2.TMP
Hf177g.XSW
W1.TMP



      Process Hf-178

INCL
W1.TMP
Hf178g.XSW
W2.TMP



      Process Hf-179

INCL
W2.TMP
Hf179g.XSW
W1.TMP



      Process Hf-180

INCL
W1.TMP
Hf180g.XSW
W2.TMP



      Prepare Hf-nat
              0.162 % Hf-174
              5.206 % Hf-176
             18.606 % Hf-177
             27.297 % Hf-178
             13.629 % Hf-179
             35.100 % Hf-180
MIXM
HfNats.XSW
178
Hf174s.XSW
 0.162
Hf176s.XSW
 5.206
Hf177s.XSW
18.606
Hf178s.XSW
27.297
Hf179s.XSW
13.629
Hf180s.XSW
35.100


      Process Hf-nat

INCL
W2.TMP
HfNats.XSW
W1.TMP



      Process Ta-181 (99.988 % Ta-181, ignore 0.012 % Ta-180)

INCL
W1.TMP
Ta181s.XSW
W2.TMP



      Prepare W-nat
              0.12 % W-180 (ignored)
             26.50 % W-182 (lump with W-180 = 26.62)
             14.31 % W-183
             30.64 % W-184
             28.43 % W-186
MIXM
W_Nats.XSW
183
W_182s.XSW
26.62
W_183s.XSW
14.31
W_184s.XSW
30.64
W_186s.XSW
28.43


      Process W-nat

INCL
W2.TMP
W_Nats.XSW
W1.TMP



      Prepare Pb-nat
               1.4 %  Pb-204
              24.1 %  Pb-206
              22.1 %  Pb-207
              52.4 %  Pb-208
MIXM
PbNats.XSW
207
Pb204s.XSW
1.4
Pb206s.XSW
24.1
Pb207s.XSW
22.1
Pb208s.XSW
52.4


      Process Pb-Nat
INCL
W1.TMP
PbNats.XSW
W2.TMP



      Check library integrity

CHCK
W2.TMP
WLUP02.LIB


FOBI
WLUP02.LIB
WLUP02.BIN




      3. Fission Product Materials Processing
         -------------------------------------

      Starter file: wlup02.lib
      Action      : Include all fission products
      Output file : WLUP03.LIB
      Temp. files : W1.TMP, W2.TMP

      Process Krypton-83

INCL
WLUP02.LIB
Kr083g.XSW
W1.TMP


      Process Mo-95
INCL
W1.TMP
Mo095g.XSW
W2.TMP



      Process Tc-99

INCL
W2.TMP
Tc099g.XSW
W1.TMP



      Process Ru-101

INCL
W1.TMP
Ru101g.XSW
W2.TMP



      Process Ru-103

INCL
W2.TMP
Ru103g.XSW
W1.TMP



     Process Ru-106

INCL
W1.TMP
Ru106g.XSW
W2.TMP



       Process Rh-103

INCL
W2.TMP
Rh103g.XSW
W1.TMP



      Process Rh-105

INCL
W1.TMP
Rh105g.XSW
W2.TMP



      Process Pd-105

INCL
W2.TMP
Pd105g.XSW
W1.TMP



      Process Pd-107

INCL
W1.TMP
Pd107g.XSW
W2.TMP



      Process Pd-108

INCL
W2.TMP
Pd108g.XSW
W1.TMP



      Process Ag-109 data for WIMS (fission product)

INCL
W1.TMP
Ag109g.XSW
W2.TMP



      Process Cd-113

INCL
W2.TMP
Cd113g.XSW
W1.TMP



      Process In-115

INCL
W1.TMP
In115g.XSW
W2.TMP



      Process Sb-125

INCL
W2.TMP
Sb125g.XSW
W1.TMP




      Process Te-127m

INCL
W1.TMP
Te127m.XSW
W2.TMP



      Process I-127

INCL
W2.TMP
I_127g.XSW
W1.TMP



       Process Xe-131

INCL
W1.TMP
Xe131g.XSW
W2.TMP



      Process Cs-133

INCL
W2.TMP
Cs133g.XSW
W1.TMP



      Process Cs-134

INCL
W1.TMP
Cs134g.XSW
W2.TMP



      Process Cs-137

INCL
W2.TMP
Cs137g.XSW
W1.TMP



       Process I-135

INCL
W1.TMP
I_135g.XSW
W2.TMP



      Process Xe-134

INCL
W2.TMP
Xe134g.XSW
W1.TMP



      Process Xe-135

INCL
W1.TMP
Xe135g.XSW
W2.TMP



      Process Cs-135

INCL
W2.TMP
Cs135g.XSW
W1.TMP



      Process Xe-136

INCL
W1.TMP
Xe136g.XSW
W2.TMP


      Process Nd-143

INCL
W2.TMP
Nd143g.XSW
W1.TMP



      Process Nd-145

INCL
W1.TMP
Nd145g.XSW
W2.TMP



      Process Pm-147 (Capture precursor of Pm-148)

INCL
W2.TMP
Pm147g.XSW
W1.TMP



      Process Pm-147 (Capture precursor of Pm-148m)

INCL
W1.TMP
Pm147h.XSW
W2.TMP



      Process Sm-147

INCL
W2.TMP
Sm147g.XSW
W1.TMP



       Process Pm-148m

INCL
W1.TMP
Pm148m.XSW
W2.TMP



      Process Pm-148

INCL
W2.TMP
Pm148g.XSW
W1.TMP



      Process Sm-148

INCL
W1.TMP
Sm148g.XSW
W2.TMP



      Process Pm-149

INCL
W2.TMP
Pm149g.XSW
W1.TMP



      Process Sm-149

INCL
W1.TMP
Sm149g.XSW
W2.TMP



      Process Sm-150

INCL
W2.TMP
Sm150g.XSW
W1.TMP



      Process Sm-151

INCL
W1.TMP
Sm151g.XSW
W2.TMP



      Process Sm-152

INCL
W2.TMP
Sm152g.XSW
W1.TMP



      Process Eu-151

INCL
W1.TMP
Eu151g.XSW
W2.TMP



      Process Eu-152

INCL
W2.TMP
Eu152g.XSW
W1.TMP



      Process Eu-153

INCL
W1.TMP
Eu153g.XSW
W2.TMP



      Process Eu-154

INCL
W2.TMP
Eu154g.XSW
W1.TMP



      Process Eu-155

INCL
W1.TMP
Eu155g.XSW
W2.TMP



      Process pseudo fission product 4902

INCL
W2.TMP
PFP4902.XSW
W1.TMP



      Check library integrity

CHCK
W1.TMP
WLUP03.LIB


FOBI
WLUP03.LIB
WLUP03.BIN




      4. Major and Minor Actinides Processing
         ------------------------------------

      Starter file: wlup03.lib
      Action      : Process all major and minor actinides
      Output file : WLUP04.LIB
      Temp. files : W1.TMP, W2.TMP

      Process Th-232

INCL
WLUP03.LIB
Th232g.XSW
W1.TMP



      Process dummy fission product precursor of U-232 from U-233(n,2n)

INCL
W1.TMP
U_232f.XSW
W2.TMP



      Process U-232

INCL
W2.TMP
U_232g.XSW
W1.TMP



      Process U-233

INCL
W1.TMP
U_233g.XSW
W2.TMP



      Process Pa-231

INCL
W2.TMP
Pa231g.XSW
W1.TMP



      Process Pa-233

INCL
W1.TMP
Pa233g.XSW
W2.TMP



      Process U-234

INCL
W2.TMP
U_234g.XSW
W1.TMP



      Process Uranium-235 (U_235g.XSW)

INCL
W1.TMP
U_235g.XSW
W2.TMP


      Process U-236

INCL
W2.TMP
U_236g.XSW
W1.TMP



       Process U-237 as a dummy fission product

INCL
W1.TMP
U_237f.XSW
W2.TMP



      Process U-237

INCL
W2.TMP
U_237g.XSW
W1.TMP



       Process Uranium-238 (U_238g.XSW)

INCL
W1.TMP
U_238g.XSW
W2.TMP


      Process Np-237

INCL
W2.TMP
Np237g.XSW
W1.TMP



      Process Np-239

INCL
W1.TMP
Np239g.XSW
W2.TMP



      Process Pu-238

INCL
W2.TMP
Pu238g.XSW
W1.TMP



       Process Pu-239

INCL
W1.TMP
Pu239g.XSW
W2.TMP



      Process Pu-240

INCL
W2.TMP
Pu240g.XSW
W1.TMP



      Process Pu-241

INCL
W1.TMP
Pu241g.XSW
W2.TMP


      Process Pu-242

INCL
W2.TMP
Pu242g.XSW
W1.TMP



      Process Pu-242 (high concentration degraded Plutonium)

INCL
W1.TMP
Pu242h.XSW
W2.TMP



      Process Am-241

INCL
W2.TMP
Am241g.XSW
W1.TMP



      Process Am-242g

INCL
W1.TMP
Am242g.XSW
W2.TMP



      Process Am-242m

INCL
W2.TMP
Am242m.XSW
W1.TMP



      Process Am-243

INCL
W1.TMP
Am243g.XSW
W2.TMP



      Process Cm-242

INCL
W2.TMP
Cm242g.XSW
W1.TMP



      Process Cm-243

INCL
W1.TMP
Cm243g.XSW
W2.TMP



      Process Cm-244

INCL
W2.TMP
Cm244g.XSW
W1.TMP


      Check library integrity

CHCK
W1.TMP
WLUP04.LIB


FOBI
WLUP04.LIB
WLUP04.BIN



END
*deck iaea

      WIMS-D Library Update Project
      =============================

      1. Modify the starter file
         -----------------------

      Starter file: "1986" WIMS-D Library form Winfrith (WDN29.ASC)
      Action      : - Remove unnecessary materials.
                    - Add extra fission products.
      Output file : WLUP01.LIB

      Delete pseudo-fission products and compounds
DELM
WDN29.ASC
W1.TMP
251

DELM
W1.TMP
W2.TMP
252

DELM
W2.TMP
W1.TMP
253

DELM
W1.TMP
W2.TMP
254

DELM
W2.TMP
W1.TMP
105

DELM
W1.TMP
W2.TMP
135

DELM
W2.TMP
W1.TMP
500

DELM
W1.TMP
W2.TMP
9056

DELM
W2.TMP
W1.TMP
8058

DELM
W1.TMP
W2.TMP
9058


     Include new fission spectrum

INCL
W2.TMP
FISSION.XSP
W1.TMP


      Check library integrity

CHCK
W1.TMP
WLUP01.LIB

FOBI
WLUP01.LIB
WLUP01.BIN


      2. Major Reactor Materials Replacement
         -----------------------------------

      Starter file: wlup01.lib
      Action      : Replace major reactor materials:
                    - H(H2O)
                    - O
                    - Al
                    - U235
                    - U238
      Output file : WLUP02.LIB
      Temp. files : W1.TMP, W2.TMP

      Replace moderator Hydrogen bound in water (H_H20s.XSW)

INCL
WLUP01.LIB
H_H2Os.XSW
W1.TMP


1

      Replace moderator material Oxygen (O_016s.XSW)

INCL
W1.TMP
O_016s.XSW
W2.TMP


3

      Replace structural material Aluminium-27 (Al027s.XSW)

INCL
W2.TMP
Al027s.XSW
W1.TMP



      Replace fissile material Uranium-235 (U_235a.XSW)

INCL
W1.TMP
U_235a.XSW
W2.TMP



      Replace fissile material Uranium-238 (U_238a.XSW)

INCL
W2.TMP
U_238a.XSW
W1.TMP



      Check library integrity

CHCK
W1.TMP
WLUP02.LIB

FOBI
WLUP02.LIB
WLUP02.BIN


      3. Fission Product Materials Replacement
         -------------------------------------

      Starter file: wlup02.lib
      Action      : Replace all fission products
      Output file : WLUP03.LIB
      Temp. files : W1.TMP, W2.TMP

      Process Kripton-83

INCL
WLUP02.LIB
Kr083g.XSW
W1.TMP


      Process Mo-95
INCL
W1.TMP
Mo095g.XSW
W2.TMP



      Process Tc-99

INCL
W2.TMP
Tc099g.XSW
W1.TMP



      Process Ru-101

INCL
W1.TMP
Ru101g.XSW
W2.TMP



      Process Ru-103

INCL
W2.TMP
Ru103g.XSW
W1.TMP



      Process Rh-103

INCL
W1.TMP
Rh103g.XSW
W2.TMP



      Process Rh-105

INCL
W2.TMP
Rh105g.XSW
W1.TMP



      Process Pd-105

INCL
W1.TMP
Pd105g.XSW
W2.TMP



      Process Pd-107

INCL
W2.TMP
Pd107g.XSW
W1.TMP
4108
4107

      Process Pd-108

INCL
W1.TMP
Pd108g.XSW
W2.TMP



      Process Ag-109 data for WIMS (fission product)

INCL
W2.TMP
Ag109g.XSW
W1.TMP



      Process Cd-113

INCL
W1.TMP
Cd113g.XSW
W2.TMP



      Process In-115

INCL
W2.TMP
In115g.XSW
W1.TMP



      Process Te-127m

INCL
W1.TMP
Te127m.XSW
W2.TMP
4127
5127

      Process I-127

INCL
W2.TMP
I_127g.XSW
W1.TMP



      Process I-135

INCL
W1.TMP
I_135g.XSW
W2.TMP



      Process Xe-131

INCL
W2.TMP
Xe131g.XSW
W1.TMP



      Process Xe-134

INCL
W1.TMP
Xe134g.XSW
W2.TMP
4135
5134

      Process Xe-135

INCL
W2.TMP
Xe135g.XSW
W1.TMP



      Process Xe-136

INCL
W1.TMP
Xe136g.XSW
W2.TMP
4143
4136

      Process Cs-133

INCL
W2.TMP
Cs133g.XSW
W1.TMP



      Process Cs-134

INCL
W1.TMP
Cs134g.XSW
W2.TMP



      Process Cs-135

INCL
W2.TMP
Cs135g.XSW
W1.TMP



      Process Nd-143

INCL
W1.TMP
Nd143g.XSW
W2.TMP



      Process Nd-145

INCL
W2.TMP
Nd145g.XSW
W1.TMP



      Process Pm-147 (Capture precursor of Pm-148)

INCL
W1.TMP
Pm147g.XSW
W2.TMP



      Process Pm-147 (Capture precursor of Pm-148m)

INCL
W2.TMP
Pm147h.XSW
W1.TMP



      Process Pm-148

INCL
W1.TMP
Pm148g.XSW
W2.TMP



      Process Pm-148m

INCL
W2.TMP
Pm148m.XSW
W1.TMP



      Process Pm-149

INCL
W1.TMP
Pm149g.XSW
W2.TMP



      Process Sm-147

INCL
W2.TMP
Sm147g.XSW
W1.TMP



      Process Sm-149

INCL
W1.TMP
Sm149g.XSW
W2.TMP



      Process Sm-150

INCL
W2.TMP
Sm150g.XSW
W1.TMP



      Process Sm-151

INCL
W1.TMP
Sm151g.XSW
W2.TMP



      Process Sm-152

INCL
W2.TMP
Sm152g.XSW
W1.TMP



      Process Eu-151

INCL
W1.TMP
Eu151g.XSW
W2.TMP
4153
5151

      Process Eu-152

INCL
W2.TMP
Eu152g.XSW
W1.TMP
4153
5152

      Process Eu-153

INCL
W1.TMP
Eu153g.XSW
W2.TMP



      Process Eu-154

INCL
W2.TMP
Eu154g.XSW
W1.TMP



      Process Eu-155

INCL
W1.TMP
Eu155g.XSW
W2.TMP



      Process Gd-154

INCL
W2.TMP
Gd154g.XSW
W1.TMP



      Process Gd-155

INCL
W1.TMP
Gd155g.XSW
W2.TMP



      Process Gd-156

INCL
W2.TMP
Gd156g.XSW
W1.TMP



      Process Gd-157

INCL
W1.TMP
Gd157g.XSW
W2.TMP



      Process Gd-158

INCL
W2.TMP
Gd158g.XSW
W1.TMP



      Process Dy-160

INCL
W1.TMP
Dy160g.XSW
W2.TMP
164
160

      Process Dy-161

INCL
W2.TMP
Dy161g.XSW
W1.TMP
164
161

      Process Dy-162

INCL
W1.TMP
Dy162g.XSW
W2.TMP
164
162

      Process Dy-163

INCL
W2.TMP
Dy163g.XSW
W1.TMP
164
163

      Process Dy-164

INCL
W1.TMP
Dy164g.XSW
W2.TMP



      Process Ho-165

INCL
W2.TMP
Ho165g.XSW
W1.TMP
167
165

      Process Er-166
INCL
W1.TMP
Er166g.XSW
W2.TMP
167
2166

      Process Er-167
INCL
W2.TMP
Er167g.XSW
W1.TMP
167
2167

      Process U-237 as a dummy fission product (insert before 927)

INCL
W1.TMP
U_237f.XSW
W2.TMP
 927
4927

      Process dummy f.p. precursor of U-232 (insert before 9233)

INCL
W2.TMP
U_232f.XSW
W1.TMP
9233
4232

      Replace the pseudo fission product 4902

INCL
W1.TMP
PFP4902.XSW
W2.TMP



      Process Sm-148 (new f. p. inserted before 5149 = Pm-149)

INCL
W2.TMP
Sm148g.XSW
W1.TMP
5149
6148

      Process Ru-106 (new f. p. inserted before 4103 = Rh-103)

INCL
W1.TMP
Ru106g.XSW
W2.TMP
4103
4106

      Process Sb-125 (new f. p. inserted before 5127 = Te-127m)

INCL
W2.TMP
Sb125g.XSW
W1.TMP
5127
4125

      Process Cs-137 (new f. p. inserted before 6135 = I-135)

INCL
W1.TMP
Cs137g.XSW
W2.TMP
6135
4137

      Check library integrity

CHCK
W2.TMP
WLUP03.LIB


FOBI
WLUP03.LIB
WLUP03.BIN




      4. Minor Actinides Replacement
         ---------------------------

      Starter file: wlup03.lib
      Action      : Replace all minor Actinides
      Output file : WLUP04.LIB
      Temp. files : W1.TMP, W2.TMP

      Process U-234

INCL
WLUP03.LIB
U_234g.XSW
W1.TMP



      Process U-236

INCL
W1.TMP
U_236g.XSW
W2.TMP



      Process U-237

INCL
W2.TMP
U_237g.XSW
W1.TMP



      Process Np-237

INCL
W1.TMP
Np237g.XSW
W2.TMP



      Process Np-239

INCL
W2.TMP
Np239g.XSW
W1.TMP



      Process Pa-231

INCL
W1.TMP
Pa231g.XSW
W2.TMP
1233
1231

      Process Pa-233

INCL
W2.TMP
Pa233g.XSW
W1.TMP



      Process U-232

INCL
W1.TMP
U_232g.XSW
W2.TMP
9233
232

      Process Pu-242

INCL
W2.TMP
Pu242g.XSW
W1.TMP



      Process Pu-242 (high concentration degraded Plutonium)

INCL
W1.TMP
Pu242h.XSW
W2.TMP
1242
 242



      Process Pu-238

INCL
W2.TMP
Pu238g.XSW
W1.TMP



      Process Am-241

INCL
W1.TMP
Am241g.XSW
W2.TMP



      Process Am-242g

INCL
W2.TMP
Am242g.XSW
W1.TMP
952
1952

      Process Am-242m

INCL
W1.TMP
Am242m.XSW
W2.TMP



      Process Am-243

INCL
W2.TMP
Am243g.XSW
W1.TMP



      Process Cm-242

INCL
W1.TMP
Cm242g.XSW
W2.TMP
1000
962

      Process Cm-243

INCL
W2.TMP
Cm243g.XSW
W1.TMP
1000
963

      Process Cm-244

INCL
W1.TMP
Cm244g.XSW
W2.TMP
1000
964

      Check library integrity

CHCK
W2.TMP
WLUP04.LIB


FOBI
WLUP04.LIB
WLUP04.BIN




      5. Major Actinides Replacement
         ---------------------------

      Starter file: wlup04.lib
      Action      : Replace all remaining major Actinides
      Output file : WLUP05.LIB
      Temp. files : W1.TMP, W2.TMP

      Process Th-232

INCL
WLUP04.LIB
Th232g.XSW
W1.TMP



      Process U-233

INCL
W1.TMP
U_233g.XSW
W2.TMP



      Process Uranium-235 (U_235g.XSW)

INCL
W2.TMP
U_235g.XSW
W1.TMP



      Process Uranium-238 (U_238g.XSW)

INCL
W1.TMP
U_238g.XSW
W2.TMP



      Process Pu-239

INCL
W2.TMP
Pu239g.XSW
W1.TMP



      Process Pu-240

INCL
W1.TMP
Pu240g.XSW
W2.TMP



      Process Pu-241

INCL
W2.TMP
Pu241g.XSW
W1.TMP



      Delete old Gd-157 fission product (4157)

DELM
W1.TMP
W2.TMP
4157

      Check library integrity

CHCK
W2.TMP
WLUP05.LIB


FOBI
WLUP05.LIB
WLUP05.BIN



      6. Absorbers Materials
         -------------------

      Starter file: wlup05.lib
      Action      : Replace absorber materials
      Output file : WLUP06.LIB
      Temp. files : W1.TMP, W2.TMP

      Process B-10 burnable
INCL
WLUP05.LIB
B_010g.XSW
W2.TMP
  10

      Process B-10 Unburnable
INCL
W2.TMP
B_010s.XSW
W1.TMP
1010

      Process B-11 burnable (insert before B-nat 1011)
INCL
W1.TMP
B_011g.XSW
W2.TMP
1011
11

      Prepare B-nat from
              19.9 % B-10
              80.1 % B-11

MIXM
B_Nats.xsw
1011
B_010s.xsw
19.9
B_011s.xsw
80.1


      Process B-NAT

INCL
W2.TMP
B_Nats.XSW
W1.TMP


      Prepare Ag-nat from
              51.839 % Ag-107
              48.161 % Ag-109
MIXM
AgNats.xsw
3109
Ag107s.xsw
51.839
Ag109s.xsw
48.161


      Process Ag-nat
INCL
W1.TMP
AgNats.XSW
W2.TMP


      Prepare Cd-nat
              1.25 % Cd-106
              0.89 % Cd-108
             12.49 % Cd-110
             12.80 % Cd-111
             24.13 % Cd-112
             12.22 % Cd-113
             28.73 % Cd-114
              7.49 % Cd-116
             Data for natural element taken from JENDL-3.2

      Process Cd-nat
INCL
W2.TMP
CdNats.XSW
W1.TMP


      Prepare In-nat
              4.3 % In-113
             95.7 % In-115
              ENDF/B-VI contains natural Indium

      Process In-nat
INCL
W1.TMP
InNats.XSW
W2.TMP


      Delete old Erbium data
DELM
W2.TMP
W1.TMP
167

      Process Hf-176
INCL
W1.TMP
Hf176g.XSW
W2.TMP



      Process Hf-177
INCL
W2.TMP
Hf177g.XSW
W1.TMP



      Process Hf-178
INCL
W1.TMP
Hf178g.XSW
W2.TMP



      Process Hf-179
INCL
W2.TMP
Hf179g.XSW
W1.TMP



      Process Hf-180
INCL
W1.TMP
Hf180g.XSW
W2.TMP



      Prepare Hf-nat
              0.162 % Hf-174
              5.206 % Hf-176
             18.606 % Hf-177
             27.297 % Hf-178
             13.629 % Hf-179
             35.100 % Hf-180
             Use elemental data (adopted from JENDL-3.2)

             MIXM
             HfNats.XSW
             178
             Hf174s.XSW
              0.162
             Hf176s.XSW
              5.206
             Hf177s.XSW
             18.606
             Hf178s.XSW
             27.297
             Hf179s.XSW
             13.629
             Hf180s.XSW
             35.100


      Process Hf-nat
INCL
W2.TMP
HfNats.XSW
W1.TMP



      Prepare Eu-nat
              47.8 % Eu-151
              52.2 % Eu-153
MIXM
EuNats.XSW
152
Eu151s.XSW
47.8
Eu153s.XSW
52.2


      Process Eu-nat
INCL
W1.TMP
EuNats.XSW
W2.TMP
2154
152


      Check library integrity

CHCK
W2.TMP
WLUP06.LIB


FOBI
WLUP06.LIB
WLUP06.BIN



      7. Structural Materials
         -------------------

      Starter file: wlup06.lib
      Action      : Replace structural materials
      Output file : WLUP07.LIB
      Temp. files : W1.TMP, W2.TMP

      Process Co-59 (100% natural abundance)
INCL
WLUP06.LIB
Co059s.XSW
W2.TMP


      Prepare Cr-nat
               4.345 % Cr-50
              83.789 % Cr-52
               9.501 % Cr-53
               2.365 % Cr-54
MIXM
CrNats.xsw
  52
Cr050s.xsw
 4.345
Cr052s.xsw
83.789
Cr053s.xsw
 9.501
Cr054s.xsw
 2.365

      Process Cr-nat
INCL
W2.TMP
CrNats.xsw
W1.TMP


      Prepare Cu-nat
              69.17 % Cu-63
              30.83 % Cu-65
MIXM
CuNats.xsw
3063
Cu063s.xsw
69.17
Cu065s.xsw
30.83


      Process Cu-nat
INCL
W1.TMP
CuNats.xsw
W2.TMP


      Prepare Fe-nat from
               5.8  % Fe-54
              91.72 % Fe-56
               2.2  % Fe-57
               0.28 % Fe-58
MIXM
FeNats.xsw
2056
Fe054s.xsw
 5.8
Fe056s.xsw
91.72
Fe057s.xsw
 2.2
Fe058s.xsw
 0.28


          Process Fe-nat
INCL
W2.TMP
FeNats.xsw
W1.TMP



          Process Mg-nat
INCL
W1.TMP
MgNats.xsw
W2.TMP


          Process Mn-55 (100 % natural abundance)
INCL
W2.TMP
Mn055s.xsw
W1.TMP


          Process Mo-nat
INCL
W1.TMP
MoNats.xsw
W2.TMP


          Process Nb-93 (100 % natural abundance)
INCL
W2.TMP
Nb093s.xsw
W1.TMP


          Prepare Ni-nat from
                  68.077 % Ni-58
                  26.223 % Ni-60
                   1.140 % Ni-51
                   3.634 % Ni-62
                   0.926 % Ni-64
MIXM
NiNats.xsw
58
Ni058s.xsw
68.077
Ni060s.xsw
26.223
Ni061s.xsw
 1.140
Ni062s.xsw
 3.634
Ni064s.xsw
 0.926

          Process Ni-nat
INCL
W1.TMP
NiNats.xsw
W2.TMP



          Prepare Si-nat
                  92.23 % Si-28
                   4.67 % Si-29
                   3.10 % Si-30
MIXM
SiNats.xsw
29
Si028s.xsw
92.23
Si029s.xsw
 4.67
Si030s.xsw
 3.10


          Process Si-nat
INCL
W2.TMP
SiNats.xsw
W1.TMP



          Process Ti-nat
INCL
W1.TMP
TiNats.xsw
W2.TMP



          Process V-nat
INCL
W2.TMP
V_Nats.xsw
W1.TMP



          Process Zr-nat
INCL
W1.TMP
ZrNats.xsw
W2.TMP



          Prepare Sn-nat
                   0.97 % Sn-112
                   0.65 % Sn-114
                   0.36 % Sn-115
                  14.53 % Sn-116
                   7.68 % Sn-117
                  24.22 % Sn-118
                   8.58 % Sn-119
                  32.59 % Sn-120 (no neutron transport data in ENDF/B-VI
                   4.63 % Sn-122 (no neutron transport data in ENDF/B-VI
                   5.79 % Sn-124 (no neutron transport data in ENDF/B-VI
MIXM
SnNats.XSW
118
Sn112s.XSW
 0.97
Sn114s.XSW
 0.65
Sn115s.XSW
 0.36
Sn116s.XSW
14.53
Sn117s.XSW
 7.68
Sn118s.XSW
24.22
Sn119s.XSW
 8.58


      Process Sn-nat
INCL
W2.TMP
SnNats.XSW
W1.TMP
121
118


      Check library integrity

CHCK
W1.TMP
WLUP07.LIB


FOBI
WLUP07.LIB
WLUP07.BIN



      8. Other Moderators
         ----------------

      Starter file: wlup07.lib
      Action      : Replace other moderators
      Output file : WLUP08.LIB
      Temp. files : W1.TMP, W2.TMP
      WIMS-D Library Update Completed

      Process H bound in Zr H
INCL
WLUP07.LIB
H_ZrHs.XSW
W1.TMP
3002
5001

      Process D bound in D2O
INCL
W1.TMP
D_D2Os.XSW
W2.TMP


2

      Process Be-nat (100 % Be-9)
INCL
W2.TMP
BeNats.XSW
W1.TMP



      Process Graphite
INCL
W1.TMP
C_Grfs.XSW
W2.TMP


4

      Check library integrity

CHCK
W2.TMP
WLUP08.LIB


FOBI
WLUP08.LIB
WLUP08.BIN



      9. Various Additional Materials
         ----------------------------

      Starter file: wlup08.lib
      Action      : Replace various additional materials
      Output file : WLUP09.LIB
      Temp. files : W1.TMP, W2.TMP
      WIMS-D Library Update Completed

      Process He-3
INCL
WLUP08.LIB
He003s.XSW
W1.TMP



      Process He-4
INCL
W1.TMP
He004s.XSW
W2.TMP



      Prepare N-nat
              99.634 % N-14
               0.366 % N-15
MIXM
N_Nats.XSW
14
N_014s.XSW
99.634
N_015s.XSW
 0.366


      Process N-Nat
INCL
W2.TMP
N_Nats.XSW
W1.TMP



      Process F-Nat (100 % F-19)
INCL
W1.TMP
F_Nats.XSW
W2.TMP



      Process P-31 (P-nat = 100 % P-31)
INCL
W2.TMP
P_031s.XSW
W1.TMP
48
31


      Process S-nat (Element data in the ENDF/B-VI Library)
INCL
W1.TMP
S_Nats.XSW
W2.TMP
48
32


      Process Cl-nat (Element data in the ENDF/B-VI Library)
INCL
W2.TMP
ClNats.XSW
W1.TMP
48
35


      Process Li-6
INCL
W1.TMP
Li006s.XSW
W2.TMP



      Process Li-7
INCL
W2.TMP
Li007s.XSW
W1.TMP


      Process Na-nat (100 % Na-23)
INCL
W1.TMP
NaNats.XSW
W2.TMP


      Process Ca-nat (Element data in the ENDF/B-VI library)
INCL
W2.TMP
CaNats.XSW
W1.TMP
48
40


      Process Ta-181 (99.988 % Ta-181, ignore 0.012 % Ta-180)
INCL
W1.TMP
Ta181s.XSW
W2.TMP


      Process W-nat (Element data in the ENDF/B-VI file)
INCL
W2.TMP
W_Nats.XSW
W1.TMP


      Process Sb-121
INCL
W1.TMP
Sb121s.XSW
W2.TMP


      Process Sb-123
INCL
W2.TMP
Sb123s.XSW
W1.TMP


      Prepare Pb-nat
               1.4 %  Pb-204 (ignored, no neutron data in the ENDF/B-VI)
              24.1 %  Pb-206
              22.1 %  Pb-207
              52.4 %  Pb-208
MIXM
PbNats.XSW
207
Pb206s.XSW
24.1
Pb207s.XSW
22.1
Pb208s.XSW
52.4


      Process Pb-Nat
INCL
W1.TMP
PbNats.XSW
W2.TMP



      Check library integrity

CHCK
W2.TMP
WLUP09.LIB


FOBI
WLUP09.LIB
WLUP09.BIN


      10. Final sorting of the library
          ----------------------------

      Starter file: WLUP09.LIB
      Action      : - Move lead to structural materials
                    - Delete dosimetry reactions and insert
                      them at the end from archived files
      Output file : WLUP10.LIB

      Move lead data to structural materials
DELM
WLUP09.LIB
W1.TMP
207

INCL
W1.TMP
PbNats.xsw
W2.TMP
4083
207

     Delete dosimetry reactions
DELM
W2.TMP
W1.TMP
2212

DELM
W1.TMP
W2.TMP
1054

DELM
W2.TMP
W1.TMP
3058

DELM
W1.TMP
W2.TMP
1058

DELM
W2.TMP
W1.TMP
84

DELM
W1.TMP
W2.TMP
1091

DELM
W2.TMP
W1.TMP
2103

DELM
W1.TMP
W2.TMP
176

DELM
W2.TMP
W1.TMP
197

INCL
W1.TMP
C_Dmgd.xsw
W2.TMP


INCL
W2.TMP
Fe054d.xsw
W1.TMP


INCL
W1.TMP
Fe058d.xsw
W2.TMP


INCL
W2.TMP
Ni058d.xsw
W1.TMP


INCL
W1.TMP
Co059d.xsw
W2.TMP
2059

INCL
W2.TMP
Kr084d.xsw
W1.TMP


INCL
W1.TMP
ZrDmgd.xsw
W2.TMP


INCL
W2.TMP
Rh103d.xsw
W1.TMP


INCL
W1.TMP
Lu176d.xsw
W2.TMP


INCL
W2.TMP
Au197d.xsw
W1.TMP


      Check library integrity

CHCK
W1.TMP
WLUP10.LIB


FOBI
WLUP10.LIB
WLUP10.BIN

END
*deck iaeagx

      WIMS-D Library Update Project
      =============================

      1. Preparation of a library seed file
         ----------------------------------

      Starter file: New Library
      Output file : WLUP01.LIB

NEWL
WLUP00.LIB
172
45
47

     Include group boundaries
INCL
WLUP00.LIB
EGB172.DAT
W1.TMP

     Include new fission spectrum
INCL
W1.TMP
FISSION.XSP
WLUP01.LIB


      2. Light elements and strcutural materials processing
         --------------------------------------------------

      Starter file: wlup01.lib
      Output file : WLUP02.LIB
      Moderator materials, Structural materials, Absorbers
      Temp. files : W1.TMP, W2.TMP

      Process moderator Hydrogen bound in water (H_H20s.XSW)

INCL
WLUP01.LIB
H_H2Os.XSW
W1.TMP

1

      Process H bound in Zr H

INCL
W1.TMP
H_ZrHs.XSW
W2.TMP



      Process D bound in D2O

INCL
W2.TMP
D_D2Os.XSW
W1.TMP

2


       Process He-3

INCL
W1.TMP
He003s.XSW
W2.TMP



      Process He-4

INCL
W2.TMP
He004s.XSW
W1.TMP



       Process Li-6

INCL
W1.TMP
Li006s.XSW
W2.TMP



      Process Li-7

INCL
W2.TMP
Li007s.XSW
W1.TMP



       Process Be-nat (100 % Be-9)

INCL
W1.TMP
BeNats.XSW
W2.TMP



      Process B-10

INCL
W2.TMP
B_010g.XSW
W1.TMP



      Process B-10 Unburnable

INCL
W1.TMP
B_010s.XSW
W2.TMP
1010


      Process B-11

INCL
W2.TMP
B_011g.XSW
W1.TMP




      Prepare B-nat from
              19.9 % B-10
              80.1 % B-11

MIXM
B_Nats.xsw
1011
B_010s.xsw
19.9
B_011s.xsw
80.1


      Process B-NAT

INCL
W1.TMP
B_Nats.XSW
W2.TMP



      Process Graphite

INCL
W2.TMP
C_Grfs.XSW
W1.TMP

4

       Prepare N-nat
              99.634 % N-14
               0.366 % N-15
MIXM
N_Nats.XSW
14
N_014s.XSW
99.634
N_015s.XSW
 0.366



	Process N-Nat

INCL
W1.TMP
N_Nats.XSW
W2.TMP



    Process Oxygen-16

INCL
W2.TMP
O_016s.XSW
W1.TMP

3

       Process F-Nat (100 % F-19)

INCL
W1.TMP
F_Nats.XSW
W2.TMP



      Process Na-nat (100 % Na-23)

INCL
W2.TMP
NaNats.XSW
W1.TMP



          Process Mg-nat

INCL
W1.TMP
MgNats.xsw
W2.TMP



      Process Aluminium-27

INCL
W2.TMP
Al027s.XSW
W1.TMP



          Prepare Si-nat
                  92.23 % Si-28
                   4.67 % Si-29
                   3.10 % Si-30
MIXM
SiNats.xsw
29
Si028s.xsw
92.23
Si029s.xsw
 4.67
Si030s.xsw
 3.10


          Process Si-nat

INCL
W1.TMP
SiNats.xsw
W2.TMP



      Process P-31 (P-nat = 100 % P-31)

INCL
W2.TMP
P_031s.XSW
W1.TMP



      Process S-nat (Element data in the IAEA Library)

INCL
W1.TMP
S_Nats.XSW
W2.TMP



       Process Cl-nat (Element data in the IAEA Library)

INCL
W2.TMP
ClNats.XSW
W1.TMP



        Process Ca-nat (Element data in the IAEA library)

INCL
W1.TMP
CaNats.XSW
W2.TMP



           Process Ti-nat

INCL
W2.TMP
TiNats.xsw
W1.TMP



          Process V-nat

INCL
W1.TMP
V_Nats.xsw
W2.TMP



      Prepare Cr-nat
               4.345 % Cr-50
              83.789 % Cr-52
               9.501 % Cr-53
               2.365 % Cr-54
MIXM
CrNats.xsw
  52
Cr050s.xsw
 4.345
Cr052s.xsw
83.789
Cr053s.xsw
 9.501
Cr054s.xsw
 2.365

      Process Cr-nat

INCL
W2.TMP
CrNats.xsw
W1.TMP



          Process Mn-55 (100 % natural abundance)

INCL
W1.TMP
Mn055s.xsw
W2.TMP



      Prepare Fe-nat from
               5.8  % Fe-54
              91.72 % Fe-56
               2.2  % Fe-57
               0.28 % Fe-58
MIXM
FeNats.xsw
2056
Fe054s.xsw
 5.8
Fe056s.xsw
91.72
Fe057s.xsw
 2.2
Fe058s.xsw
 0.28


          Process Fe-nat

INCL
W2.TMP
FeNats.xsw
W1.TMP



          Prepare Ni-nat from
                  68.077 % Ni-58
                  26.223 % Ni-60
                   1.140 % Ni-61
                   3.634 % Ni-62
                   0.926 % Ni-64
MIXM
NiNats.xsw
58
Ni058s.xsw
68.077
Ni060s.xsw
26.223
Ni061s.xsw
 1.140
Ni062s.xsw
 3.634
Ni064s.xsw
 0.926

          Process Ni-nat

INCL
W1.TMP
NiNats.xsw
W2.TMP



      Process Co-59 (100% natural abundance)

INCL
W2.TMP
Co059s.XSW
W1.TMP



      Prepare Cu-nat
              69.17 % Cu-63
              30.83 % Cu-65
MIXM
CuNats.xsw
3063
Cu063s.xsw
69.17
Cu065s.xsw
30.83


      Process Cu-nat

INCL
W1.TMP
CuNats.xsw
W2.TMP



          Process Zr-nat

INCL
W2.TMP
ZrNats.xsw
W1.TMP



          Process Nb-93 (100 % natural abundance)

INCL
W1.TMP
Nb093s.xsw
W2.TMP



          Process Mo-nat

INCL
W2.TMP
MoNats.xsw
W1.TMP



      Prepare Ag-nat from
              51.839 % Ag-107
              48.161 % Ag-109
MIXM
AgNats.xsw
3109
Ag107s.xsw
51.839
Ag109s.xsw
48.161


      Process Ag-nat
INCL
W1.TMP
AgNats.XSW
W2.TMP


      Prepare Cd-nat
              1.25 % Cd-106
              0.89 % Cd-108
             12.49 % Cd-110
             12.80 % Cd-111
             24.13 % Cd-112
             12.22 % Cd-113
             28.73 % Cd-114
              7.49 % Cd-116
              IAEA library contains natural cadmium
          MIXM
          CdNats.xsw
          2113
          Cd106s.xsw
           1.25
          Cd108s.xsw
           0.89
          Cd110s.xsw
          12.49
          Cd111s.xsw
          12.80
          Cd112s.xsw
          24.13
          Cd113s.xsw
          12.22
          Cd114s.xsw
          28.73
          Cd116s.xsw
           7.49


      Process Cd-nat
INCL
W2.TMP
CdNats.XSW
W1.TMP


      Prepare In-nat
              4.3 % In-113
             95.7 % In-115
              IAEA library contains natural Indium

      Process In-nat

INCL
W1.TMP
InNats.XSW
W2.TMP



          Prepare Sn-nat
                   0.97 % Sn-112
                   0.65 % Sn-114
                   0.36 % Sn-115
                  14.53 % Sn-116
                   7.68 % Sn-117
                  24.22 % Sn-118
                   8.58 % Sn-119
                  32.59 % Sn-120
                   4.63 % Sn-122
                   5.79 % Sn-124
MIXM
SnNats.XSW
118
Sn112s.XSW
 0.97
Sn114s.XSW
 0.65
Sn115s.XSW
 0.36
Sn116s.XSW
14.53
Sn117s.XSW
 7.68
Sn118s.XSW
24.22
Sn119s.XSW
 8.58
Sn120s.XSW
32.59
Sn122s.XSW
 4.63
Sn124s.XSW
 5.79


      Process Sn-nat
INCL
W2.TMP
SnNats.XSW
W1.TMP




      Process Sb-121

INCL
W1.TMP
Sb121s.XSW
W2.TMP



      Process Sb-123

INCL
W2.TMP
Sb123s.XSW
W1.TMP



      Prepare Eu-nat
              47.8 % Eu-151
              52.2 % Eu-153
MIXM
EuNats.XSW
152
Eu151s.XSW
47.8
Eu153s.XSW
52.2


      Process Eu-nat

INCL
W1.TMP
EuNats.XSW
W2.TMP



      Process Gd-154

INCL
W2.TMP
Gd154g.XSW
W1.TMP



      Process Gd-155

INCL
W1.TMP
Gd155g.XSW
W2.TMP



      Process Gd-156

INCL
W2.TMP
Gd156g.XSW
W1.TMP



      Process Gd-157

INCL
W1.TMP
Gd157g.XSW
W2.TMP



      Process Gd-158

INCL
W2.TMP
Gd158g.XSW
W1.TMP



      Process Dy-160

INCL
W1.TMP
Dy160g.XSW
W2.TMP



      Process Dy-161

INCL
W2.TMP
Dy161g.XSW
W1.TMP



      Process Dy-162

INCL
W1.TMP
Dy162g.XSW
W2.TMP



      Process Dy-163

INCL
W2.TMP
Dy163g.XSW
W1.TMP



      Process Dy-164

INCL
W1.TMP
Dy164g.XSW
W2.TMP



      Process Ho-165

INCL
W2.TMP
Ho165g.XSW
W1.TMP



      Process Er-166

INCL
W1.TMP
Er166g.XSW
W2.TMP



      Process Er-167

INCL
W2.TMP
Er167g.XSW
W1.TMP



      Process Hf-176

INCL
W1.TMP
Hf176g.XSW
W2.TMP



      Process Hf-177

INCL
W2.TMP
Hf177g.XSW
W1.TMP



      Process Hf-178

INCL
W1.TMP
Hf178g.XSW
W2.TMP



      Process Hf-179

INCL
W2.TMP
Hf179g.XSW
W1.TMP



      Process Hf-180

INCL
W1.TMP
Hf180g.XSW
W2.TMP



      Prepare Hf-nat
              0.162 % Hf-174
              5.206 % Hf-176
             18.606 % Hf-177
             27.297 % Hf-178
             13.629 % Hf-179
             35.100 % Hf-180
             Hf-nat data are available in the IAEA library
          MIXM
          HfNats.XSW
          178
          Hf174s.XSW
           0.162
          Hf176s.XSW
           5.206
          Hf177s.XSW
          18.606
          Hf178s.XSW
          27.297
          Hf179s.XSW
          13.629
          Hf180s.XSW
          35.100


      Process Hf-nat

INCL
W2.TMP
HfNats.XSW
W1.TMP



      Process Ta-181 (99.988 % Ta-181, ignore 0.012 % Ta-180)

INCL
W1.TMP
Ta181s.XSW
W2.TMP



      Process W-nat (Element data in the IAEA file)

INCL
W2.TMP
W_Nats.XSW
W1.TMP



      Prepare Pb-nat
               1.4 %  Pb-204 (ignored, no neutron data in IAEA lib.)
              24.1 %  Pb-206
              22.1 %  Pb-207
              52.4 %  Pb-208
MIXM
PbNats.XSW
207
Pb206s.XSW
24.1
Pb207s.XSW
22.1
Pb208s.XSW
52.4


      Process Pb-Nat
INCL
W1.TMP
PbNats.XSW
W2.TMP



      Check library integrity

CHCK
W2.TMP
WLUP02.LIB


FOBI
WLUP02.LIB
WLUP02.BIN




      3. Fission Product Materials Processing
         -------------------------------------

      Starter file: wlup02.lib
      Action      : Include all fission products
      Output file : WLUP03.LIB
      Temp. files : W1.TMP, W2.TMP

      Process Krypton-83

INCL
WLUP02.LIB
Kr083g.XSW
W1.TMP


      Process Mo-95
INCL
W1.TMP
Mo095g.XSW
W2.TMP



      Process Tc-99

INCL
W2.TMP
Tc099g.XSW
W1.TMP



      Process Ru-101

INCL
W1.TMP
Ru101g.XSW
W2.TMP



      Process Ru-103

INCL
W2.TMP
Ru103g.XSW
W1.TMP



     Process Ru-106

INCL
W1.TMP
Ru106g.XSW
W2.TMP



       Process Rh-103

INCL
W2.TMP
Rh103g.XSW
W1.TMP



      Process Rh-105

INCL
W1.TMP
Rh105g.XSW
W2.TMP



      Process Pd-105

INCL
W2.TMP
Pd105g.XSW
W1.TMP



      Process Pd-107

INCL
W1.TMP
Pd107g.XSW
W2.TMP



      Process Pd-108

INCL
W2.TMP
Pd108g.XSW
W1.TMP



      Process Ag-109 data for WIMS (fission product)

INCL
W1.TMP
Ag109g.XSW
W2.TMP



      Process Cd-113

INCL
W2.TMP
Cd113g.XSW
W1.TMP



      Process In-115

INCL
W1.TMP
In115g.XSW
W2.TMP



      Process Sb-125

INCL
W2.TMP
Sb125g.XSW
W1.TMP




      Process Te-127m

INCL
W1.TMP
Te127m.XSW
W2.TMP



      Process I-127

INCL
W2.TMP
I_127g.XSW
W1.TMP



       Process Xe-131

INCL
W1.TMP
Xe131g.XSW
W2.TMP



      Process Cs-133

INCL
W2.TMP
Cs133g.XSW
W1.TMP



      Process Cs-134

INCL
W1.TMP
Cs134g.XSW
W2.TMP



      Process Cs-137

INCL
W2.TMP
Cs137g.XSW
W1.TMP



       Process I-135

INCL
W1.TMP
I_135g.XSW
W2.TMP



      Process Xe-134

INCL
W2.TMP
Xe134g.XSW
W1.TMP



      Process Xe-135

INCL
W1.TMP
Xe135g.XSW
W2.TMP



      Process Cs-135

INCL
W2.TMP
Cs135g.XSW
W1.TMP



      Process Xe-136

INCL
W1.TMP
Xe136g.XSW
W2.TMP


      Process Nd-143

INCL
W2.TMP
Nd143g.XSW
W1.TMP



      Process Nd-145

INCL
W1.TMP
Nd145g.XSW
W2.TMP



      Process Pm-147 (Capture precursor of Pm-148)

INCL
W2.TMP
Pm147g.XSW
W1.TMP



      Process Pm-147 (Capture precursor of Pm-148m)

INCL
W1.TMP
Pm147h.XSW
W2.TMP



      Process Sm-147

INCL
W2.TMP
Sm147g.XSW
W1.TMP



       Process Pm-148m

INCL
W1.TMP
Pm148m.XSW
W2.TMP



      Process Pm-148

INCL
W2.TMP
Pm148g.XSW
W1.TMP



      Process Sm-148 (new f. p. inserted before 5149 = Pm-149)

INCL
W1.TMP
Sm148g.XSW
W2.TMP



      Process Pm-149

INCL
W2.TMP
Pm149g.XSW
W1.TMP



      Process Sm-149

INCL
W1.TMP
Sm149g.XSW
W2.TMP



      Process Sm-150

INCL
W2.TMP
Sm150g.XSW
W1.TMP



      Process Sm-151

INCL
W1.TMP
Sm151g.XSW
W2.TMP



      Process Sm-152

INCL
W2.TMP
Sm152g.XSW
W1.TMP



      Process Eu-151

INCL
W1.TMP
Eu151g.XSW
W2.TMP



      Process Eu-152

INCL
W2.TMP
Eu152g.XSW
W1.TMP



      Process Eu-153

INCL
W1.TMP
Eu153g.XSW
W2.TMP



      Process Eu-154

INCL
W2.TMP
Eu154g.XSW
W1.TMP



      Process Eu-155

INCL
W1.TMP
Eu155g.XSW
W2.TMP



      Process pseudo fission product 4902

INCL
W2.TMP
PFP4902.XSW
W1.TMP



      Check library integrity

CHCK
W1.TMP
WLUP03.LIB


FOBI
WLUP03.LIB
WLUP03.BIN




      4. Major and Minor Actinides Processing
         ------------------------------------

      Starter file: wlup03.lib
      Action      : Process all major and minor actinides
      Output file : WLUP04.LIB
      Temp. files : W1.TMP, W2.TMP

      Process Th-232

INCL
WLUP03.LIB
Th232g.XSW
W1.TMP



      Process dummy fission product precursor of U-232 from U-233(n,2n)

INCL
W1.TMP
U_232f.XSW
W2.TMP



      Process U-232

INCL
W2.TMP
U_232g.XSW
W1.TMP



      Process U-233

INCL
W1.TMP
U_233g.XSW
W2.TMP



      Process Pa-231

INCL
W2.TMP
Pa231g.XSW
W1.TMP



      Process Pa-233

INCL
W1.TMP
Pa233g.XSW
W2.TMP



      Process U-234

INCL
W2.TMP
U_234g.XSW
W1.TMP



      Process Uranium-235 (U_235g.XSW)

INCL
W1.TMP
U_235g.XSW
W2.TMP


      Process U-236

INCL
W2.TMP
U_236g.XSW
W1.TMP



       Process U-237 as a dummy fission product

INCL
W1.TMP
U_237f.XSW
W2.TMP



      Process U-237

INCL
W2.TMP
U_237g.XSW
W1.TMP



       Process Uranium-238 (U_238g.XSW)

INCL
W1.TMP
U_238g.XSW
W2.TMP


      Process Np-237

INCL
W2.TMP
Np237g.XSW
W1.TMP



      Process Np-239

INCL
W1.TMP
Np239g.XSW
W2.TMP



      Process Pu-238

INCL
W2.TMP
Pu238g.XSW
W1.TMP



       Process Pu-239

INCL
W1.TMP
Pu239g.XSW
W2.TMP



      Process Pu-240

INCL
W2.TMP
Pu240g.XSW
W1.TMP



      Process Pu-241

INCL
W1.TMP
Pu241g.XSW
W2.TMP


      Process Pu-242

INCL
W2.TMP
Pu242g.XSW
W1.TMP



      Process Pu-242 (high concentration degraded Plutonium)

INCL
W1.TMP
Pu242h.XSW
W2.TMP



      Process Am-241

INCL
W2.TMP
Am241g.XSW
W1.TMP



      Process Am-242g

INCL
W1.TMP
Am242g.XSW
W2.TMP



      Process Am-242m

INCL
W2.TMP
Am242m.XSW
W1.TMP



      Process Am-243

INCL
W1.TMP
Am243g.XSW
W2.TMP



      Process Cm-242

INCL
W2.TMP
Cm242g.XSW
W1.TMP



      Process Cm-243

INCL
W1.TMP
Cm243g.XSW
W2.TMP



      Process Cm-244

INCL
W2.TMP
Cm244g.XSW
W1.TMP


      Check library integrity

CHCK
W1.TMP
WLUP04.LIB


FOBI
WLUP04.LIB
WLUP04.BIN



END
*deck jef22

      WIMS-D Library Update Project
      =============================

      1. Modify the starter file
         -----------------------

      Starter file: "1986" WIMS-D Library form Winfrith (WDN29.ASC)
      Action      : - Remove unnecessary materials.
                    - Add extra fission products.
      Output file : WLUP01.LIB

      Delete pseudo-fission products and compounds
DELM
WDN29.ASC
W1.TMP
251

DELM
W1.TMP
W2.TMP
252

DELM
W2.TMP
W1.TMP
253

DELM
W1.TMP
W2.TMP
254

DELM
W2.TMP
W1.TMP
105

DELM
W1.TMP
W2.TMP
135

DELM
W2.TMP
W1.TMP
500

DELM
W1.TMP
W2.TMP
9056

DELM
W2.TMP
W1.TMP
8058

DELM
W1.TMP
W2.TMP
9058


     Include new fission spectrum

INCL
W2.TMP
FISSION.XSP
W1.TMP


      Check library integrity

CHCK
W1.TMP
WLUP01.LIB

FOBI
WLUP01.LIB
WLUP01.BIN


      2. Major Reactor Materials Replacement
         -----------------------------------

      Starter file: wlup01.lib
      Action      : Replace major reactor materials:
                    - H(H2O)
                    - O
                    - Al
                    - U235
                    - U238
      Output file : WLUP02.LIB
      Temp. files : W1.TMP, W2.TMP

      Replace moderator Hydrogen bound in water (H_H20s.XSW)

INCL
WLUP01.LIB
H_H2Os.XSW
W1.TMP


1

      Replace moderator material Oxygen (O_016s.XSW)

INCL
W1.TMP
O_016s.XSW
W2.TMP


3

      Replace structural material Aluminium-27 (Al027s.XSW)

INCL
W2.TMP
Al027s.XSW
W1.TMP



      Replace fissile material Uranium-235 (U_235a.XSW)

INCL
W1.TMP
U_235a.XSW
W2.TMP



      Replace fissile material Uranium-238 (U_238a.XSW)

INCL
W2.TMP
U_238a.XSW
W1.TMP



      Check library integrity

CHCK
W1.TMP
WLUP02.LIB

FOBI
WLUP02.LIB
WLUP02.BIN


      3. Fission Product Materials Replacement
         -------------------------------------

      Starter file: wlup02.lib
      Action      : Replace all fission products
      Output file : WLUP03.LIB
      Temp. files : W1.TMP, W2.TMP

      Process Kripton-83

INCL
WLUP02.LIB
Kr083g.XSW
W1.TMP


      Process Mo-95
INCL
W1.TMP
Mo095g.XSW
W2.TMP



      Process Tc-99

INCL
W2.TMP
Tc099g.XSW
W1.TMP



      Process Ru-101

INCL
W1.TMP
Ru101g.XSW
W2.TMP



      Process Ru-103

INCL
W2.TMP
Ru103g.XSW
W1.TMP



      Process Rh-103

INCL
W1.TMP
Rh103g.XSW
W2.TMP



      Process Rh-105

INCL
W2.TMP
Rh105g.XSW
W1.TMP



      Process Pd-105

INCL
W1.TMP
Pd105g.XSW
W2.TMP



      Process Pd-107

INCL
W2.TMP
Pd107g.XSW
W1.TMP
4108
4107

      Process Pd-108

INCL
W1.TMP
Pd108g.XSW
W2.TMP



      Process Ag-109 data for WIMS (fission product)

INCL
W2.TMP
Ag109g.XSW
W1.TMP



      Process Cd-113

INCL
W1.TMP
Cd113g.XSW
W2.TMP



      Process In-115

INCL
W2.TMP
In115g.XSW
W1.TMP



      Process Te-127m

INCL
W1.TMP
Te127m.XSW
W2.TMP
4127
5127

      Process I-127

INCL
W2.TMP
I_127g.XSW
W1.TMP



      Process I-135

INCL
W1.TMP
I_135g.XSW
W2.TMP



      Process Xe-131

INCL
W2.TMP
Xe131g.XSW
W1.TMP



      Process Xe-134

INCL
W1.TMP
Xe134g.XSW
W2.TMP
4135
5134

      Process Xe-135

INCL
W2.TMP
Xe135g.XSW
W1.TMP



      Process Xe-136

INCL
W1.TMP
Xe136g.XSW
W2.TMP
4143
4136

      Process Cs-133

INCL
W2.TMP
Cs133g.XSW
W1.TMP



      Process Cs-134

INCL
W1.TMP
Cs134g.XSW
W2.TMP



      Process Cs-135

INCL
W2.TMP
Cs135g.XSW
W1.TMP



      Process Nd-143

INCL
W1.TMP
Nd143g.XSW
W2.TMP



      Process Nd-145

INCL
W2.TMP
Nd145g.XSW
W1.TMP



      Process Pm-147 (Capture precursor of Pm-148)

INCL
W1.TMP
Pm147g.XSW
W2.TMP



      Process Pm-147 (Capture precursor of Pm-148m)

INCL
W2.TMP
Pm147h.XSW
W1.TMP



      Process Pm-148

INCL
W1.TMP
Pm148g.XSW
W2.TMP



      Process Pm-148m

INCL
W2.TMP
Pm148m.XSW
W1.TMP



      Process Pm-149

INCL
W1.TMP
Pm149g.XSW
W2.TMP



      Process Sm-147

INCL
W2.TMP
Sm147g.XSW
W1.TMP



      Process Sm-149

INCL
W1.TMP
Sm149g.XSW
W2.TMP



      Process Sm-150

INCL
W2.TMP
Sm150g.XSW
W1.TMP



      Process Sm-151

INCL
W1.TMP
Sm151g.XSW
W2.TMP



      Process Sm-152

INCL
W2.TMP
Sm152g.XSW
W1.TMP



      Process Eu-151

INCL
W1.TMP
Eu151g.XSW
W2.TMP
4153
5151

      Process Eu-152

INCL
W2.TMP
Eu152g.XSW
W1.TMP
4153
5152

      Process Eu-153

INCL
W1.TMP
Eu153g.XSW
W2.TMP



      Process Eu-154

INCL
W2.TMP
Eu154g.XSW
W1.TMP



      Process Eu-155

INCL
W1.TMP
Eu155g.XSW
W2.TMP



      Process Gd-154

INCL
W2.TMP
Gd154g.XSW
W1.TMP



      Process Gd-155

INCL
W1.TMP
Gd155g.XSW
W2.TMP



      Process Gd-156

INCL
W2.TMP
Gd156g.XSW
W1.TMP



      Process Gd-157

INCL
W1.TMP
Gd157g.XSW
W2.TMP



      Process Gd-158

INCL
W2.TMP
Gd158g.XSW
W1.TMP



      Process Dy-160

INCL
W1.TMP
Dy160g.XSW
W2.TMP
164
160

      Process Dy-161

INCL
W2.TMP
Dy161g.XSW
W1.TMP
164
161

      Process Dy-162

INCL
W1.TMP
Dy162g.XSW
W2.TMP
164
162

      Process Dy-163

INCL
W2.TMP
Dy163g.XSW
W1.TMP
164
163

      Process Dy-164

INCL
W1.TMP
Dy164g.XSW
W2.TMP



      Process Ho-165

INCL
W2.TMP
Ho165g.XSW
W1.TMP
167
165


      Process Er-166
INCL
W1.TMP
Er166g.XSW
W2.TMP
167
2166


      Process Er-167
INCL
W2.TMP
Er167g.XSW
W1.TMP
167
2167


      Process dummy f.p. precursor or U-237 (insert before 927)
INCL
W1.TMP
U_237f.XSW
W2.TMP
 927
4927


      Process dummy f.p. precursor or U-232 (insert before 9233)
INCL
W2.TMP
U_232f.XSW
W1.TMP
9233
4232


      Process the pseudo fission product
INCL
W1.TMP
PFP4902.XSW
W2.TMP



      Process Sm-148 (new f. p. inserted before 5149 = Pm-149)

INCL
W2.TMP
Sm148g.XSW
W1.TMP
5149
6148

      Process Ru-106 (new f. p. inserted before 4103 = Rh-103)

INCL
W1.TMP
Ru106g.XSW
W2.TMP
4103
4106

      Process Sb-125 (new f. p. inserted before 5127 = Te-127m)

INCL
W2.TMP
Sb125g.XSW
W1.TMP
5127
4125

      Process Cs-137 (new f. p. inserted before 6135 = I-135)

INCL
W1.TMP
Cs137g.XSW
W2.TMP
6135
4137

      Check library integrity

CHCK
W2.TMP
WLUP03.LIB


      4. Minor Actinides Replacement
         ---------------------------

      Starter file: wlup03.lib
      Action      : Replace all minor Actinides
      Output file : WLUP04.LIB
      Temp. files : W1.TMP, W2.TMP

      Process U-234

INCL
WLUP03.LIB
U_234g.XSW
W1.TMP



      Process U-236

INCL
W1.TMP
U_236g.XSW
W2.TMP



      Process U-237

INCL
W2.TMP
U_237g.XSW
W1.TMP



      Process Np-237

INCL
W1.TMP
Np237g.XSW
W2.TMP



      Process Np-239

INCL
W2.TMP
Np239g.XSW
W1.TMP



      Process Pa-231

INCL
W1.TMP
Pa231g.XSW
W2.TMP
1233
1231

      Process Pa-233

INCL
W2.TMP
Pa233g.XSW
W1.TMP



      Process U-232

INCL
W1.TMP
U_232g.XSW
W2.TMP
9233
232


      Process Pu-242

INCL
W2.TMP
Pu242g.XSW
W1.TMP



      Process Pu-242 (high concentration degraded Plutonium)

INCL
W1.TMP
Pu242h.XSW
W2.TMP
1242
 242

      Process Pu-238

INCL
W2.TMP
Pu238g.XSW
W1.TMP



      Process Am-241

INCL
W1.TMP
Am241g.XSW
W2.TMP



      Process Am-242g

INCL
W2.TMP
Am242g.XSW
W1.TMP
952
1952

      Process Am-242m

INCL
W1.TMP
Am242m.XSW
W2.TMP



      Process Am-243

INCL
W2.TMP
Am243g.XSW
W1.TMP



      Process Cm-242

INCL
W1.TMP
Cm242g.XSW
W2.TMP
1000
962

      Process Cm-243

INCL
W2.TMP
Cm243g.XSW
W1.TMP
1000
963

      Process Cm-244

INCL
W1.TMP
Cm244g.XSW
W2.TMP
1000
964

      Check library integrity

CHCK
W2.TMP
WLUP04.LIB


      5. Major Actinides Replacement
         ---------------------------

      Starter file: wlup04.lib
      Action      : Replace all remaining major Actinides
      Output file : WLUP05.LIB
      Temp. files : W1.TMP, W2.TMP

      Process Th-232

INCL
WLUP04.LIB
Th232g.XSW
W1.TMP



      Process U-233

INCL
W1.TMP
U_233g.XSW
W2.TMP



      Process Uranium-235 (U_235g.XSW)

INCL
W2.TMP
U_235g.XSW
W1.TMP



      Process Uranium-238 (U_238g.XSW)

INCL
W1.TMP
U_238g.XSW
W2.TMP



      Process Pu-239

INCL
W2.TMP
Pu239g.XSW
W1.TMP



      Process Pu-240

INCL
W1.TMP
Pu240g.XSW
W2.TMP



      Process Pu-241

INCL
W2.TMP
Pu241g.XSW
W1.TMP



      Delete old Gd-157 fission product (4157)

DELM
W1.TMP
W2.TMP
4157

      Check library integrity

CHCK
W2.TMP
WLUP05.LIB


FOBI
WLUP05.LIB
WLUP05.BIN



      6. Absorbers Materials
         -------------------

      Starter file: wlup05.lib
      Action      : Replace absorber materials
      Output file : WLUP06.LIB
      Temp. files : W1.TMP, W2.TMP

      Process B-10
INCL
WLUP05.LIB
B_010g.XSW
W2.TMP


      Process B-10 Unburnable
INCL
W2.TMP
B_010s.XSW
W1.TMP
1010

      Process B-11 (insert before B-nat 1011)
INCL
W1.TMP
B_011g.XSW
W2.TMP
1011
11

      Prepare B-nat from
              19.9 % B-10
              80.1 % B-11

MIXM
B_Nats.xsw
1011
B_010s.xsw
19.9
B_011s.xsw
80.1


      Process B-NAT

INCL
W2.TMP
B_Nats.XSW
W1.TMP


      Prepare Ag-nat from
              51.839 % Ag-107
              48.161 % Ag-109
MIXM
AgNats.xsw
3109
Ag107s.xsw
51.839
Ag109s.xsw
48.161


      Process Ag-nat
INCL
W1.TMP
AgNats.XSW
W2.TMP


      Prepare Cd-nat from
              1.25 % Cd-106
              0.89 % Cd-108 (missing from JEF-2.2)
             12.49 % Cd-110
             12.80 % Cd-111
             24.13 % Cd-112
             12.22 % Cd-113
             28.73 % Cd-114
              7.49 % Cd-116
MIXM
CdNats.xsw
2113
Cd106s.xsw
 1.25
Cd110s.xsw
12.49
Cd111s.xsw
12.80
Cd112s.xsw
24.13
Cd113s.xsw
12.22
Cd114s.xsw
28.73
Cd116s.xsw
 7.49


      Process Cd-nat
INCL
W2.TMP
CdNats.XSW
W1.TMP


      Prepare In-nat
              4.3 % In-113
             95.7 % In-115
MIXM
InNats.XSW
2115
In113s.XSW
 4.3
In115s.XSW
95.7


      Process In-nat
INCL
W1.TMP
InNats.XSW
W2.TMP


      Delete old Erbium data
DELM
W2.TMP
W1.TMP
167

      Process Hf-176
INCL
W1.TMP
Hf176g.XSW
W2.TMP



      Process Hf-177
INCL
W2.TMP
Hf177g.XSW
W1.TMP



      Process Hf-178
INCL
W1.TMP
Hf178g.XSW
W2.TMP



      Process Hf-179
INCL
W2.TMP
Hf179g.XSW
W1.TMP



      Process Hf-180
INCL
W1.TMP
Hf180g.XSW
W2.TMP



      Prepare Hf-nat
              0.162 % Hf-174
              5.206 % Hf-176
             18.606 % Hf-177
             27.297 % Hf-178
             13.629 % Hf-179
             35.100 % Hf-180
MIXM
HfNats.XSW
178
Hf174s.XSW
 0.162
Hf176s.XSW
 5.206
Hf177s.XSW
18.606
Hf178s.XSW
27.297
Hf179s.XSW
13.629
Hf180s.XSW
35.100


      Process Hf-nat
INCL
W2.TMP
HfNats.XSW
W1.TMP



      Prepare Eu-nat
              47.8 % Eu-151
              52.2 % Eu-153
MIXM
EuNats.XSW
152
Eu151s.XSW
47.8
Eu153s.XSW
52.2


      Process Eu-nat
INCL
W1.TMP
EuNats.XSW
W2.TMP
2154
152


      Check library integrity

CHCK
W2.TMP
WLUP06.LIB


FOBI
WLUP06.LIB
WLUP06.BIN


      7. Structural Materials
         -------------------

      Starter file: wlup06.lib
      Action      : Replace structural materials
      Output file : WLUP07.LIB
      Temp. files : W1.TMP, W2.TMP

      Process Co-59 (100% natural abundance)
INCL
WLUP06.LIB
Co059s.XSW
W2.TMP


      Prepare Cr-nat
               4.345 % Cr-50
              83.789 % Cr-52
               9.501 % Cr-53
               2.365 % Cr-54
MIXM
CrNats.xsw
  52
Cr050s.xsw
 4.345
Cr052s.xsw
83.789
Cr053s.xsw
 9.501
Cr054s.xsw
 2.365

      Process Cr-nat
INCL
W2.TMP
CrNats.xsw
W1.TMP


      Prepare Cu-nat (available in the JEF-2.2 library)
              69.17 % Cu-63
              30.83 % Cu-65

INCL
W1.TMP
CuNats.xsw
W2.TMP


      Prepare Fe-nat from
               5.8  % Fe-54
              91.72 % Fe-56
               2.2  % Fe-57
               0.28 % Fe-58
MIXM
FeNats.xsw
2056
Fe054s.xsw
 5.8
Fe056s.xsw
91.72
Fe057s.xsw
 2.2
Fe058s.xsw
 0.28


          Process Fe-nat
INCL
W2.TMP
FeNats.xsw
W1.TMP



          Process Mg-nat
INCL
W1.TMP
MgNats.xsw
W2.TMP


          Process Mn-55 (100 % natural abundance)
INCL
W2.TMP
Mn055s.xsw
W1.TMP


          Process Mo-nat
INCL
W1.TMP
MoNats.xsw
W2.TMP


          Process Nb-93 (100 % natural abundance)
INCL
W2.TMP
Nb093s.xsw
W1.TMP


          Prepare Ni-nat from
                  68.077 % Ni-58
                  26.223 % Ni-60
                   1.140 % Ni-51
                   3.634 % Ni-62
                   0.926 % Ni-64
MIXM
NiNats.xsw
58
Ni058s.xsw
68.077
Ni060s.xsw
26.223
Ni061s.xsw
 1.140
Ni062s.xsw
 3.634
Ni064s.xsw
 0.926

          Process Ni-nat
INCL
W1.TMP
NiNats.xsw
W2.TMP


          Process Si-nat
INCL
W2.TMP
SiNats.xsw
W1.TMP


          Process Ti-nat
INCL
W1.TMP
TiNats.xsw
W2.TMP


          Process V-nat
INCL
W2.TMP
V_Nats.xsw
W1.TMP


          Process Zr-nat
INCL
W1.TMP
ZrNats.xsw
W2.TMP



          Prepare Sn-nat
MIXM
SnNats.XSW
118
Sn112s.XSW
 0.97
Sn114s.XSW
 0.65
Sn115s.XSW
 0.36
Sn116s.XSW
14.53
Sn117s.XSW
 7.68
Sn118s.XSW
24.22
Sn119s.XSW
 8.58
Sn120s.XSW
32.59
Sn122s.XSW
 4.63
Sn124s.XSW
 5.79


      Process Sn-nat
INCL
W2.TMP
SnNats.XSW
W1.TMP
121
118


      Check library integrity

CHCK
W1.TMP
WLUP07.LIB


FOBI
WLUP07.LIB
WLUP07.BIN



      8. Other Moderators
         ----------------

      Starter file: wlup07.lib
      Action      : Replace other moderators
      Output file : WLUP08.LIB
      Temp. files : W1.TMP, W2.TMP
      WIMS-D Library Update Completed

      Process H bound in Zr H
INCL
WLUP07.LIB
H_ZrHs.XSW
W1.TMP
3002
5001

      Process D bound in D2O
INCL
W1.TMP
D_D2Os.XSW
W2.TMP


2

      Process Be-nat (100 % Be-9)
INCL
W2.TMP
BeNats.XSW
W1.TMP



      Process Graphite
INCL
W1.TMP
C_Grfs.XSW
W2.TMP


4

      Check library integrity

CHCK
W2.TMP
WLUP08.LIB


FOBI
WLUP08.LIB
WLUP08.BIN


      9. Various Additional Materials
         ----------------------------

      Starter file: wlup08.lib
      Action      : Replace various additional materials
      Output file : WLUP09.LIB
      Temp. files : W1.TMP, W2.TMP
      WIMS-D Library Update Completed

      Process He-3
INCL
WLUP08.LIB
He003s.XSW
W1.TMP



      Process He-4
INCL
W1.TMP
He004s.XSW
W2.TMP



      Prepare N-nat
              99.634 % N-14
               0.366 % N-15
MIXM
N_Nats.XSW
14
N_014s.XSW
99.634
N_015s.XSW
 0.366


      Process N-Nat
INCL
W2.TMP
N_Nats.XSW
W1.TMP



      Process F-Nat (100 % F-19)
INCL
W1.TMP
F_Nats.XSW
W2.TMP



      Process P-Nat (100 % P-31)
INCL
W2.TMP
P_Nats.XSW
W1.TMP
48
31

      Prepare S-nat
              95.02 % S-32
               0.75 % S-33
               4.21 % S-34
               0.02 % S-36
MIXM
S_Nats.XSW
32
S_032s.XSW
95.02
S_033s.XSW
 0.75
S_034s.XSW
 4.21
S_036s.XSW
 0.02


      Process S-Nat
INCL
W1.TMP
S_Nats.XSW
W2.TMP
48
32

      Process Cl-nat (Element data in the JEF-2.2 Library)
INCL
W2.TMP
ClNats.XSW
W1.TMP
48
35


      Process Li-6
INCL
W1.TMP
Li006s.XSW
W2.TMP



      Process Li-7
INCL
W2.TMP
Li007s.XSW
W1.TMP


      Process Na-nat (100 % Na-23)
INCL
W1.TMP
NaNats.XSW
W2.TMP


      Process Ca-nat (Element data in the JEF-2.2 library)
INCL
W2.TMP
CaNats.XSW
W1.TMP
48
40


      Process Ta-nat (99.988 % Ta-181, ignore Ta-182)
INCL
W1.TMP
Ta181s.XSW
W2.TMP


      Prepare W-nat
              0.13 % W-180 (ignore)
             26.3  % W-182
             14.3  % W-183
             30.67 % W-184 (lump with W-180 --> 30.8 %)
             28.6  % W-186
MIXM
W_Nats.XSW
183
W_182s.XSW
26.3
W_183s.XSW
14.3
W_184s.XSW
30.8
W_186s.XSW
28.6

      Process W-nat
INCL
W2.TMP
W_Nats.XSW
W1.TMP


      Process Sb-121
INCL
W1.TMP
Sb121s.XSW
W2.TMP


      Process Sb-123
INCL
W2.TMP
Sb123s.XSW
W1.TMP


      Process Pb-Nat
INCL
W1.TMP
PbNats.XSW
W2.TMP


      Check library integrity

CHCK
W2.TMP
WLUP09.LIB


FOBI
WLUP09.LIB
WLUP09.BIN


      10. Final sorting of the library
          ----------------------------

      Starter file: WLUP09.LIB
      Action      : - Move lead to structural materials
                    - Delete dosimetry reactions and insert
                      them at the end from archived files
      Output file : WLUP10.LIB

      Move lead data to structural materials
DELM
WLUP09.LIB
W1.TMP
207

INCL
W1.TMP
PbNats.xsw
W2.TMP
4083
207

     Delete dosimetry reactions
DELM
W2.TMP
W1.TMP
2212

DELM
W1.TMP
W2.TMP
1054

DELM
W2.TMP
W1.TMP
3058

DELM
W1.TMP
W2.TMP
1058

DELM
W2.TMP
W1.TMP
84

DELM
W1.TMP
W2.TMP
1091

DELM
W2.TMP
W1.TMP
2103

DELM
W1.TMP
W2.TMP
176

DELM
W2.TMP
W1.TMP
197

INCL
W1.TMP
C_Dmgd.xsw
W2.TMP


INCL
W2.TMP
Fe054d.xsw
W1.TMP


INCL
W1.TMP
Fe058d.xsw
W2.TMP


INCL
W2.TMP
Ni058d.xsw
W1.TMP


INCL
W1.TMP
Co059d.xsw
W2.TMP
2059

INCL
W2.TMP
Kr084d.xsw
W1.TMP


INCL
W1.TMP
ZrDmgd.xsw
W2.TMP


INCL
W2.TMP
Rh103d.xsw
W1.TMP


INCL
W1.TMP
Lu176d.xsw
W2.TMP


INCL
W2.TMP
Au197d.xsw
W1.TMP


      Check library integrity

CHCK
W1.TMP
WLUP10.LIB


FOBI
WLUP10.LIB
WLUP10.BIN

END
*deck jef22gx

      WIMS-D Library Update Project
      =============================

      1. Preparation of a library seed file
         ----------------------------------

      Starter file: New Library
      Output file : WLUP01.LIB

NEWL
WLUP00.LIB
172
45
47

     Include group boundaries
INCL
WLUP00.LIB
EGB172.DAT
W1.TMP

     Include new fission spectrum
INCL
W1.TMP
FISSION.XSP
WLUP01.LIB


         2. Light elements and strcutural materials processing
         --------------------------------------------------

      Starter file: wlup01.lib
      Output file : WLUP02.LIB
      Moderator materials, Structural materials, Absorbers
      Temp. files : W1.TMP, W2.TMP

      Process moderator Hydrogen bound in water (H_H20s.XSW)

INCL
WLUP01.LIB
H_H2Os.XSW
W1.TMP

1

      Process H bound in Zr H
INCL
W1.TMP
H_ZrHs.XSW
W2.TMP



      Process D bound in D2O

INCL
W2.TMP
D_D2Os.XSW
W1.TMP

2



      Process He-3

INCL
W1.TMP
He003s.XSW
W2.TMP



      Process He-4

INCL
W2.TMP
He004s.XSW
W1.TMP



      Process Li-6

INCL
W1.TMP
Li006s.XSW
W2.TMP



      Process Li-7

INCL
W2.TMP
Li007s.XSW
W1.TMP



      Process Be-nat (100 % Be-9)

INCL
W1.TMP
BeNats.XSW
W2.TMP



      Process B-10

INCL
W2.TMP
B_010g.XSW
W1.TMP



      Process B-10 Unburnable

INCL
W1.TMP
B_010s.XSW
W2.TMP
1010


    Process B-11

INCL
W2.TMP
B_011g.XSW
W1.TMP




      Prepare B-nat from
              19.9 % B-10
              80.1 % B-11

MIXM
B_Nats.xsw
1011
B_010s.xsw
19.9
B_011s.xsw
80.1


      Process B-NAT

INCL
W1.TMP
B_Nats.XSW
W2.TMP



      Process Graphite

INCL
W2.TMP
C_Grfs.XSW
W1.TMP

4

      Prepare N-nat
              99.634 % N-14
               0.366 % N-15
MIXM
N_Nats.XSW
14
N_014s.XSW
99.634
N_015s.XSW
 0.366



      Process N-Nat

INCL
W1.TMP
N_Nats.XSW
W2.TMP



    Process Oxygen-16

INCL
W2.TMP
O_016s.XSW
W1.TMP

3

      Process F-Nat (100 % F-19)

INCL
W1.TMP
F_Nats.XSW
W2.TMP



      Process Na-nat (100 % Na-23)

INCL
W2.TMP
NaNats.XSW
W1.TMP



          Process Mg-nat

INCL
W1.TMP
MgNats.xsw
W2.TMP



      Process Aluminium-27

INCL
W2.TMP
Al027s.XSW
W1.TMP



          Process Si-nat

INCL
W1.TMP
SiNats.xsw
W2.TMP



          Process P-Nat (100 % P-31)

INCL
W2.TMP
P_Nats.XSW
W1.TMP


      Prepare S-nat
              95.02 % S-32
               0.75 % S-33
               4.21 % S-34
               0.02 % S-36
MIXM
S_Nats.XSW
32
S_032s.XSW
95.02
S_033s.XSW
 0.75
S_034s.XSW
 4.21
S_036s.XSW
 0.02


      Process S-Nat

INCL
W1.TMP
S_Nats.XSW
W2.TMP



      Process Cl-nat (Element data in the JEF-2.2 Library)

INCL
W2.TMP
ClNats.XSW
W1.TMP



      Process Ca-nat (Element data in the JEF-2.2 library)

INCL
W1.TMP
CaNats.XSW
W2.TMP



          Process Ti-nat

INCL
W2.TMP
TiNats.xsw
W1.TMP



          Process V-nat

INCL
W1.TMP
V_Nats.xsw
W2.TMP



      Prepare Cr-nat
               4.345 % Cr-50
              83.789 % Cr-52
               9.501 % Cr-53
               2.365 % Cr-54
MIXM
CrNats.xsw
  52
Cr050s.xsw
 4.345
Cr052s.xsw
83.789
Cr053s.xsw
 9.501
Cr054s.xsw
 2.365

      Process Cr-nat

INCL
W2.TMP
CrNats.xsw
W1.TMP



          Process Mn-55 (100 % natural abundance)

INCL
W1.TMP
Mn055s.xsw
W2.TMP



      Prepare Fe-nat from
               5.8  % Fe-54
              91.72 % Fe-56
               2.2  % Fe-57
               0.28 % Fe-58
MIXM
FeNats.xsw
2056
Fe054s.xsw
 5.8
Fe056s.xsw
91.72
Fe057s.xsw
 2.2
Fe058s.xsw
 0.28


          Process Fe-nat

INCL
W2.TMP
FeNats.xsw
W1.TMP



          Prepare Ni-nat from
                  68.077 % Ni-58
                  26.223 % Ni-60
                   1.140 % Ni-51
                   3.634 % Ni-62
                   0.926 % Ni-64
MIXM
NiNats.xsw
58
Ni058s.xsw
68.077
Ni060s.xsw
26.223
Ni061s.xsw
 1.140
Ni062s.xsw
 3.634
Ni064s.xsw
 0.926

          Process Ni-nat

INCL
W1.TMP
NiNats.xsw
W2.TMP



      Process Co-59 (100% natural abundance)

INCL
W2.TMP
Co059s.XSW
W1.TMP



      Prepare Cu-nat (available in the JEF-2.2 library)
              69.17 % Cu-63
              30.83 % Cu-65

INCL
W1.TMP
CuNats.xsw
W2.TMP



          Process Zr-nat

INCL
W2.TMP
ZrNats.xsw
W1.TMP



          Process Nb-93 (100 % natural abundance)

INCL
W1.TMP
Nb093s.xsw
W2.TMP



        Process Mo-nat

INCL
W2.TMP
MoNats.xsw
W1.TMP



      Prepare Ag-nat from
              51.839 % Ag-107
              48.161 % Ag-109
MIXM
AgNats.xsw
3109
Ag107s.xsw
51.839
Ag109s.xsw
48.161


      Process Ag-nat
INCL
W1.TMP
AgNats.XSW
W2.TMP


      Prepare Cd-nat from
              1.25 % Cd-106
              0.89 % Cd-108 (missing from JEF-2.2)
             12.49 % Cd-110
             12.80 % Cd-111
             24.13 % Cd-112
             12.22 % Cd-113
             28.73 % Cd-114
              7.49 % Cd-116
MIXM
CdNats.xsw
2113
Cd106s.xsw
 1.25
Cd110s.xsw
12.49
Cd111s.xsw
12.80
Cd112s.xsw
24.13
Cd113s.xsw
12.22
Cd114s.xsw
28.73
Cd116s.xsw
 7.49


      Process Cd-nat
INCL
W2.TMP
CdNats.XSW
W1.TMP


      Prepare In-nat
              4.3 % In-113
             95.7 % In-115
MIXM
InNats.XSW
2115
In113s.XSW
 4.3
In115s.XSW
95.7


      Process In-nat

INCL
W1.TMP
InNats.XSW
W2.TMP



          Prepare Sn-nat
MIXM
SnNats.XSW
118
Sn112s.XSW
 0.97
Sn114s.XSW
 0.65
Sn115s.XSW
 0.36
Sn116s.XSW
14.53
Sn117s.XSW
 7.68
Sn118s.XSW
24.22
Sn119s.XSW
 8.58
Sn120s.XSW
32.59
Sn122s.XSW
 4.63
Sn124s.XSW
 5.79


      Process Sn-nat
INCL
W2.TMP
SnNats.XSW
W1.TMP




      Process Sb-121

INCL
W1.TMP
Sb121s.XSW
W2.TMP



      Process Sb-123

INCL
W2.TMP
Sb123s.XSW
W1.TMP



      Prepare Eu-nat
              47.8 % Eu-151
              52.2 % Eu-153
MIXM
EuNats.XSW
152
Eu151s.XSW
47.8
Eu153s.XSW
52.2


      Process Eu-nat

INCL
W1.TMP
EuNats.XSW
W2.TMP



      Process Gd-154

INCL
W2.TMP
Gd154g.XSW
W1.TMP



      Process Gd-155

INCL
W1.TMP
Gd155g.XSW
W2.TMP



      Process Gd-156

INCL
W2.TMP
Gd156g.XSW
W1.TMP



      Process Gd-157

INCL
W1.TMP
Gd157g.XSW
W2.TMP



      Process Gd-158

INCL
W2.TMP
Gd158g.XSW
W1.TMP



      Process Dy-160

INCL
W1.TMP
Dy160g.XSW
W2.TMP



      Process Dy-161

INCL
W2.TMP
Dy161g.XSW
W1.TMP



      Process Dy-162

INCL
W1.TMP
Dy162g.XSW
W2.TMP



      Process Dy-163

INCL
W2.TMP
Dy163g.XSW
W1.TMP



      Process Dy-164

INCL
W1.TMP
Dy164g.XSW
W2.TMP



      Process Ho-165

INCL
W2.TMP
Ho165g.XSW
W1.TMP



      Process Er-166

INCL
W1.TMP
Er166g.XSW
W2.TMP



      Process Er-167

INCL
W2.TMP
Er167g.XSW
W1.TMP



      Process Hf-176

INCL
W1.TMP
Hf176g.XSW
W2.TMP



      Process Hf-177

INCL
W2.TMP
Hf177g.XSW
W1.TMP



      Process Hf-178

INCL
W1.TMP
Hf178g.XSW
W2.TMP



      Process Hf-179

INCL
W2.TMP
Hf179g.XSW
W1.TMP



      Process Hf-180

INCL
W1.TMP
Hf180g.XSW
W2.TMP



      Prepare Hf-nat
              0.162 % Hf-174
              5.206 % Hf-176
             18.606 % Hf-177
             27.297 % Hf-178
             13.629 % Hf-179
             35.100 % Hf-180
MIXM
HfNats.XSW
178
Hf174s.XSW
 0.162
Hf176s.XSW
 5.206
Hf177s.XSW
18.606
Hf178s.XSW
27.297
Hf179s.XSW
13.629
Hf180s.XSW
35.100


      Process Hf-nat

INCL
W2.TMP
HfNats.XSW
W1.TMP



      Process Ta-nat (99.988 % Ta-181, ignore Ta-182)

INCL
W1.TMP
Ta181s.XSW
W2.TMP



       Prepare W-nat
              0.13 % W-180 (ignore)
             26.3  % W-182
             14.3  % W-183
             30.67 % W-184 (lump with W-180 --> 30.8 %)
             28.6  % W-186
MIXM
W_Nats.XSW
183
W_182s.XSW
26.3
W_183s.XSW
14.3
W_184s.XSW
30.8
W_186s.XSW
28.6

      Process W-nat

INCL
W2.TMP
W_Nats.XSW
W1.TMP



      Process Pb-Nat
INCL
W1.TMP
PbNats.XSW
W2.TMP



      Check library integrity

CHCK
W2.TMP
WLUP02.LIB


FOBI
WLUP02.LIB
WLUP02.BIN




         3. Fission Product Materials Processing
         -------------------------------------

      Starter file: wlup02.lib
      Action      : Include all fission products
      Output file : WLUP03.LIB
      Temp. files : W1.TMP, W2.TMP

      Process Kripton-83

INCL
WLUP02.LIB
Kr083g.XSW
W1.TMP


      Process Mo-95
INCL
W1.TMP
Mo095g.XSW
W2.TMP



      Process Tc-99

INCL
W2.TMP
Tc099g.XSW
W1.TMP



      Process Ru-101

INCL
W1.TMP
Ru101g.XSW
W2.TMP



      Process Ru-103

INCL
W2.TMP
Ru103g.XSW
W1.TMP



      Process Ru-106

INCL
W1.TMP
Ru106g.XSW
W2.TMP



      Process Rh-103

INCL
W2.TMP
Rh103g.XSW
W1.TMP



      Process Rh-105

INCL
W1.TMP
Rh105g.XSW
W2.TMP



      Process Pd-105

INCL
W2.TMP
Pd105g.XSW
W1.TMP



      Process Pd-107

INCL
W1.TMP
Pd107g.XSW
W2.TMP



      Process Pd-108

INCL
W2.TMP
Pd108g.XSW
W1.TMP



      Process Ag-109 data for WIMS (fission product)

INCL
W1.TMP
Ag109g.XSW
W2.TMP



      Process Cd-113

INCL
W2.TMP
Cd113g.XSW
W1.TMP



      Process In-115

INCL
W1.TMP
In115g.XSW
W2.TMP



      Process Sb-125

INCL
W2.TMP
Sb125g.XSW
W1.TMP




      Process Te-127m

INCL
W1.TMP
Te127m.XSW
W2.TMP



      Process I-127

INCL
W2.TMP
I_127g.XSW
W1.TMP



      Process Xe-131

INCL
W1.TMP
Xe131g.XSW
W2.TMP



      Process Cs-133

INCL
W2.TMP
Cs133g.XSW
W1.TMP



      Process Cs-134

INCL
W1.TMP
Cs134g.XSW
W2.TMP



      Process Cs-137

INCL
W2.TMP
Cs137g.XSW
W1.TMP



      Process I-135

INCL
W1.TMP
I_135g.XSW
W2.TMP



      Process Xe-134

INCL
W2.TMP
Xe134g.XSW
W1.TMP



      Process Xe-135

INCL
W1.TMP
Xe135g.XSW
W2.TMP



      Process Cs-135

INCL
W2.TMP
Cs135g.XSW
W1.TMP



      Process Xe-136

INCL
W1.TMP
Xe136g.XSW
W2.TMP


      Process Nd-143

INCL
W2.TMP
Nd143g.XSW
W1.TMP



      Process Nd-145

INCL
W1.TMP
Nd145g.XSW
W2.TMP



      Process Pm-147 (Capture precursor of Pm-148)

INCL
W2.TMP
Pm147g.XSW
W1.TMP



      Process Pm-147 (Capture precursor of Pm-148m)

INCL
W1.TMP
Pm147h.XSW
W2.TMP



      Process Sm-147

INCL
W2.TMP
Sm147g.XSW
W1.TMP



      Process Pm-148m

INCL
W1.TMP
Pm148m.XSW
W2.TMP



      Process Pm-148

INCL
W2.TMP
Pm148g.XSW
W1.TMP



      Process Sm-148 (new f. p. inserted before 5149 = Pm-149)

INCL
W1.TMP
Sm148g.XSW
W2.TMP



      Process Pm-149

INCL
W2.TMP
Pm149g.XSW
W1.TMP



      Process Sm-149

INCL
W1.TMP
Sm149g.XSW
W2.TMP



      Process Sm-150

INCL
W2.TMP
Sm150g.XSW
W1.TMP



      Process Sm-151

INCL
W1.TMP
Sm151g.XSW
W2.TMP



      Process Sm-152

INCL
W2.TMP
Sm152g.XSW
W1.TMP



      Process Eu-151

INCL
W1.TMP
Eu151g.XSW
W2.TMP



      Process Eu-152

INCL
W2.TMP
Eu152g.XSW
W1.TMP



      Process Eu-153

INCL
W1.TMP
Eu153g.XSW
W2.TMP



      Process Eu-154

INCL
W2.TMP
Eu154g.XSW
W1.TMP



      Process Eu-155

INCL
W1.TMP
Eu155g.XSW
W2.TMP



      Process the pseudo fission product

INCL
W2.TMP
PFP4902.XSW
W1.TMP



      Check library integrity

CHCK
W1.TMP
WLUP03.LIB


FOBI
WLUP03.LIB
WLUP03.BIN




         4. Major and Minor Actinides Processing
         ------------------------------------

      Starter file: wlup03.lib
      Action      : Process all major and minor actinides
      Output file : WLUP04.LIB
      Temp. files : W1.TMP, W2.TMP


      Process Th-232

INCL
WLUP03.LIB
Th232g.XSW
W1.TMP



      Process dummy fission product precursor of U-232 from U-233(n,2n)

INCL
W1.TMP
U_232f.XSW
W2.TMP



      Process U-232

INCL
W2.TMP
U_232g.XSW
W1.TMP



      Process U-233

INCL
W1.TMP
U_233g.XSW
W2.TMP



      Process Pa-231

INCL
W2.TMP
Pa231g.XSW
W1.TMP



      Process Pa-233

INCL
W1.TMP
Pa233g.XSW
W2.TMP



      Process U-234

INCL
W2.TMP
U_234g.XSW
W1.TMP



      Process Uranium-235 (U_235g.XSW)

INCL
W1.TMP
U_235g.XSW
W2.TMP


      Process U-236

INCL
W2.TMP
U_236g.XSW
W1.TMP



       Process U-237 as a dummy fission product

INCL
W1.TMP
U_237f.XSW
W2.TMP



      Process U-237

INCL
W2.TMP
U_237g.XSW
W1.TMP



       Process Uranium-238 (U_238g.XSW)

INCL
W1.TMP
U_238g.XSW
W2.TMP


      Process Np-237

INCL
W2.TMP
Np237g.XSW
W1.TMP



      Process Np-239

INCL
W1.TMP
Np239g.XSW
W2.TMP



      Process Pu-238

INCL
W2.TMP
Pu238g.XSW
W1.TMP



       Process Pu-239

INCL
W1.TMP
Pu239g.XSW
W2.TMP



      Process Pu-240

INCL
W2.TMP
Pu240g.XSW
W1.TMP



      Process Pu-241

INCL
W1.TMP
Pu241g.XSW
W2.TMP


      Process Pu-242

INCL
W2.TMP
Pu242g.XSW
W1.TMP



      Process Pu-242 (high concentration degraded Plutonium)

INCL
W1.TMP
Pu242h.XSW
W2.TMP



      Process Am-241

INCL
W2.TMP
Am241g.XSW
W1.TMP



      Process Am-242g

INCL
W1.TMP
Am242g.XSW
W2.TMP



      Process Am-242m

INCL
W2.TMP
Am242m.XSW
W1.TMP



      Process Am-243

INCL
W1.TMP
Am243g.XSW
W2.TMP



      Process Cm-242

INCL
W2.TMP
Cm242g.XSW
W1.TMP



      Process Cm-243

INCL
W1.TMP
Cm243g.XSW
W2.TMP



      Process Cm-244

INCL
W2.TMP
Cm244g.XSW
W1.TMP


      Check library integrity

CHCK
W1.TMP
WLUP04.LIB


FOBI
WLUP04.LIB
WLUP04.BIN



END
*deck jeff31

      WIMS-D Library Update Project
      =============================

      1. Modify the starter file
         -----------------------

      Starter file: "1986" WIMS-D Library form Winfrith (WDN29.ASC)
      Action      : - Remove unnecessary materials.
                    - Add extra fission products.
      Output file : WLUP01.LIB

      Delete pseudo-fission products and compounds
DELM
WDN29.ASC
W1.TMP
251

DELM
W1.TMP
W2.TMP
252

DELM
W2.TMP
W1.TMP
253

DELM
W1.TMP
W2.TMP
254

DELM
W2.TMP
W1.TMP
105

DELM
W1.TMP
W2.TMP
135

DELM
W2.TMP
W1.TMP
500

DELM
W1.TMP
W2.TMP
9056

DELM
W2.TMP
W1.TMP
8058

DELM
W1.TMP
W2.TMP
9058


     Include new fission spectrum

INCL
W2.TMP
FISSION.XSP
W1.TMP


      Check library integrity

CHCK
W1.TMP
WLUP01.LIB

FOBI
WLUP01.LIB
WLUP01.BIN


      2. Major Reactor Materials Replacement
         -----------------------------------

      Starter file: wlup01.lib
      Action      : Replace major reactor materials:
                    - H(H2O)
                    - O
                    - Al
                    - U235
                    - U238
      Output file : WLUP02.LIB
      Temp. files : W1.TMP, W2.TMP

      Replace moderator Hydrogen bound in water (H_H20s.XSW)

INCL
WLUP01.LIB
H_H2Os.XSW
W1.TMP


1

      Replace moderator material Oxygen (O_016s.XSW)

INCL
W1.TMP
O_016s.XSW
W2.TMP


3

      Replace structural material Aluminium-27 (Al027s.XSW)

INCL
W2.TMP
Al027s.XSW
W1.TMP



      Replace fissile material Uranium-235 (U_235a.XSW)

INCL
W1.TMP
U_235a.XSW
W2.TMP



      Replace fissile material Uranium-238 (U_238a.XSW)

INCL
W2.TMP
U_238a.XSW
W1.TMP



      Check library integrity

CHCK
W1.TMP
WLUP02.LIB

FOBI
WLUP02.LIB
WLUP02.BIN


      3. Fission Product Materials Replacement
         -------------------------------------

      Starter file: wlup02.lib
      Action      : Replace all fission products
      Output file : WLUP03.LIB
      Temp. files : W1.TMP, W2.TMP

      Process Kripton-83

INCL
WLUP02.LIB
Kr083g.XSW
W1.TMP


      Process Mo-95
INCL
W1.TMP
Mo095g.XSW
W2.TMP



      Process Tc-99

INCL
W2.TMP
Tc099g.XSW
W1.TMP



      Process Ru-101

INCL
W1.TMP
Ru101g.XSW
W2.TMP



      Process Ru-103

INCL
W2.TMP
Ru103g.XSW
W1.TMP



      Process Rh-103

INCL
W1.TMP
Rh103g.XSW
W2.TMP



      Process Rh-105

INCL
W2.TMP
Rh105g.XSW
W1.TMP



      Process Pd-105

INCL
W1.TMP
Pd105g.XSW
W2.TMP



      Process Pd-107

INCL
W2.TMP
Pd107g.XSW
W1.TMP
4108
4107

      Process Pd-108

INCL
W1.TMP
Pd108g.XSW
W2.TMP



      Process Ag-109 data for WIMS (fission product)

INCL
W2.TMP
Ag109g.XSW
W1.TMP



      Process Cd-113

INCL
W1.TMP
Cd113g.XSW
W2.TMP



      Process In-115

INCL
W2.TMP
In115g.XSW
W1.TMP



      Process Te-127m

INCL
W1.TMP
Te127m.XSW
W2.TMP
4127
5127

      Process I-127

INCL
W2.TMP
I_127g.XSW
W1.TMP



      Process I-135

INCL
W1.TMP
I_135g.XSW
W2.TMP



      Process Xe-131

INCL
W2.TMP
Xe131g.XSW
W1.TMP



      Process Xe-134

INCL
W1.TMP
Xe134g.XSW
W2.TMP
4135
5134

      Process Xe-135

INCL
W2.TMP
Xe135g.XSW
W1.TMP



      Process Xe-136

INCL
W1.TMP
Xe136g.XSW
W2.TMP
4143
4136

      Process Cs-133

INCL
W2.TMP
Cs133g.XSW
W1.TMP



      Process Cs-134

INCL
W1.TMP
Cs134g.XSW
W2.TMP



      Process Cs-135

INCL
W2.TMP
Cs135g.XSW
W1.TMP



      Process Nd-143

INCL
W1.TMP
Nd143g.XSW
W2.TMP



      Process Nd-145

INCL
W2.TMP
Nd145g.XSW
W1.TMP



      Process Pm-147 (Capture precursor of Pm-148)

INCL
W1.TMP
Pm147g.XSW
W2.TMP



      Process Pm-147 (Capture precursor of Pm-148m)

INCL
W2.TMP
Pm147h.XSW
W1.TMP



      Process Pm-148

INCL
W1.TMP
Pm148g.XSW
W2.TMP



      Process Pm-148m

INCL
W2.TMP
Pm148m.XSW
W1.TMP



      Process Pm-149

INCL
W1.TMP
Pm149g.XSW
W2.TMP



      Process Sm-147

INCL
W2.TMP
Sm147g.XSW
W1.TMP



      Process Sm-149

INCL
W1.TMP
Sm149g.XSW
W2.TMP



      Process Sm-150

INCL
W2.TMP
Sm150g.XSW
W1.TMP



      Process Sm-151

INCL
W1.TMP
Sm151g.XSW
W2.TMP



      Process Sm-152

INCL
W2.TMP
Sm152g.XSW
W1.TMP



      Process Eu-151

INCL
W1.TMP
Eu151g.XSW
W2.TMP
4153
5151

      Process Eu-152

INCL
W2.TMP
Eu152g.XSW
W1.TMP
4153
5152

      Process Eu-153

INCL
W1.TMP
Eu153g.XSW
W2.TMP



      Process Eu-154

INCL
W2.TMP
Eu154g.XSW
W1.TMP



      Process Eu-155

INCL
W1.TMP
Eu155g.XSW
W2.TMP



      Process Gd-154

INCL
W2.TMP
Gd154g.XSW
W1.TMP



      Process Gd-155

INCL
W1.TMP
Gd155g.XSW
W2.TMP



      Process Gd-156

INCL
W2.TMP
Gd156g.XSW
W1.TMP



      Process Gd-157

INCL
W1.TMP
Gd157g.XSW
W2.TMP



      Process Gd-158

INCL
W2.TMP
Gd158g.XSW
W1.TMP



      Process Dy-160

INCL
W1.TMP
Dy160g.XSW
W2.TMP
164
160

      Process Dy-161

INCL
W2.TMP
Dy161g.XSW
W1.TMP
164
161

      Process Dy-162

INCL
W1.TMP
Dy162g.XSW
W2.TMP
164
162

      Process Dy-163

INCL
W2.TMP
Dy163g.XSW
W1.TMP
164
163

      Process Dy-164

INCL
W1.TMP
Dy164g.XSW
W2.TMP



      Process Ho-165

INCL
W2.TMP
Ho165g.XSW
W1.TMP
167
165

      Process Er-166
INCL
W1.TMP
Er166g.XSW
W2.TMP
167
2166

      Process Er-167
INCL
W2.TMP
Er167g.XSW
W1.TMP
167
2167

      Process dummy f.p. precursor or U-237 (insert before 927)

INCL
W1.TMP
U_237f.XSW
W2.TMP
 927
4927

      Process dummy f.p. precursor or U-232 (insert before 9233)

INCL
W2.TMP
U_232f.XSW
W1.TMP
9233
4232

      Process the pseudo fission product 4902

INCL
W1.TMP
PFP4902.XSW
W2.TMP



      Process Sm-148 (new f. p. inserted before 5149 = Pm-149)

INCL
W2.TMP
Sm148g.XSW
W1.TMP
5149
6148

      Process Ru-106 (new f. p. inserted before 4103 = Rh-103)

INCL
W1.TMP
Ru106g.XSW
W2.TMP
4103
4106

      Process Sb-125 (new f. p. inserted before 5127 = Te-127m)

INCL
W2.TMP
Sb125g.XSW
W1.TMP
5127
4125

      Process Cs-137 (new f. p. inserted before 6135 = I-135)

INCL
W1.TMP
Cs137g.XSW
W2.TMP
6135
4137

      Check library integrity

CHCK
W2.TMP
WLUP03.LIB


      4. Minor Actinides Replacement
         ---------------------------

      Starter file: wlup03.lib
      Action      : Replace all minor Actinides
      Output file : WLUP04.LIB
      Temp. files : W1.TMP, W2.TMP

      Process U-234

INCL
WLUP03.LIB
U_234g.XSW
W1.TMP



      Process U-236

INCL
W1.TMP
U_236g.XSW
W2.TMP



      Process U-237

INCL
W2.TMP
U_237g.XSW
W1.TMP



      Process Np-237

INCL
W1.TMP
Np237g.XSW
W2.TMP



      Process Np-239

INCL
W2.TMP
Np239g.XSW
W1.TMP



      Process Pa-231

INCL
W1.TMP
Pa231g.XSW
W2.TMP
1233
1231

      Process Pa-233

INCL
W2.TMP
Pa233g.XSW
W1.TMP



      Process U-232

INCL
W1.TMP
U_232g.XSW
W2.TMP
9233
232


      Process Pu-242

INCL
W2.TMP
Pu242g.XSW
W1.TMP



      Process Pu-242 (high concentration degraded Plutonium)

INCL
W1.TMP
Pu242h.XSW
W2.TMP
1242
 242



      Process Pu-238

INCL
W2.TMP
Pu238g.XSW
W1.TMP



      Process Am-241

INCL
W1.TMP
Am241g.XSW
W2.TMP



      Process Am-242g

INCL
W2.TMP
Am242g.XSW
W1.TMP
952
1952

      Process Am-242m

INCL
W1.TMP
Am242m.XSW
W2.TMP



      Process Am-243

INCL
W2.TMP
Am243g.XSW
W1.TMP



      Process Cm-242

INCL
W1.TMP
Cm242g.XSW
W2.TMP
1000
962

      Process Cm-243

INCL
W2.TMP
Cm243g.XSW
W1.TMP
1000
963

      Process Cm-244

INCL
W1.TMP
Cm244g.XSW
W2.TMP
1000
964

      Check library integrity

CHCK
W2.TMP
WLUP04.LIB


      5. Major Actinides Replacement
         ---------------------------

      Starter file: wlup04.lib
      Action      : Replace all remaining major Actinides
      Output file : WLUP05.LIB
      Temp. files : W1.TMP, W2.TMP

      Process Th-232

INCL
WLUP04.LIB
Th232g.XSW
W1.TMP



      Process U-233

INCL
W1.TMP
U_233g.XSW
W2.TMP



      Process Uranium-235 (U_235g.XSW)

INCL
W2.TMP
U_235g.XSW
W1.TMP



      Process Uranium-238 (U_238g.XSW)

INCL
W1.TMP
U_238g.XSW
W2.TMP



      Process Pu-239

INCL
W2.TMP
Pu239g.XSW
W1.TMP



      Process Pu-240

INCL
W1.TMP
Pu240g.XSW
W2.TMP



      Process Pu-241

INCL
W2.TMP
Pu241g.XSW
W1.TMP



      Delete old Gd-157 fission product (4157)

DELM
W1.TMP
W2.TMP
4157

      Check library integrity

CHCK
W2.TMP
WLUP05.LIB


FOBI
WLUP05.LIB
WLUP05.BIN



      6. Absorbers Materials
         -------------------

      Starter file: wlup05.lib
      Action      : Replace absorber materials
      Output file : WLUP06.LIB
      Temp. files : W1.TMP, W2.TMP

      Process B-10
INCL
WLUP05.LIB
B_010g.XSW
W2.TMP
  10

      Process B-10 Unburnable
INCL
W2.TMP
B_010s.XSW
W1.TMP
1010

      Process B-11 (insert before B-nat 1011)
INCL
W1.TMP
B_011g.XSW
W2.TMP
1011
11
      Prepare B-nat from
              19.9 % B-10
              80.1 % B-11

MIXM
B_Nats.xsw
1011
B_010s.xsw
19.9
B_011s.xsw
80.1


      Process B-NAT

INCL
W2.TMP
B_Nats.XSW
W1.TMP


      Prepare Ag-nat from
              51.839 % Ag-107
              48.161 % Ag-109
MIXM
AgNats.xsw
3109
Ag107s.xsw
51.839
Ag109s.xsw
48.161


      Process Ag-nat
INCL
W1.TMP
AgNats.XSW
W2.TMP


      Prepare Cd-nat from
              1.25 % Cd-106
              0.89 % Cd-108
             12.49 % Cd-110
             12.80 % Cd-111
             24.13 % Cd-112
             12.22 % Cd-113
             28.73 % Cd-114
              7.49 % Cd-116
MIXM
CdNats.xsw
2113
Cd106s.xsw
 1.25
Cd108s.xsw
 0.89
Cd110s.xsw
12.49
Cd111s.xsw
12.80
Cd112s.xsw
24.13
Cd113s.xsw
12.22
Cd114s.xsw
28.73
Cd116s.xsw
 7.49


      Process Cd-nat
INCL
W2.TMP
CdNats.XSW
W1.TMP


      Prepare In-nat
              4.3 % In-113
             95.7 % In-115
MIXM
InNats.XSW
2115
In113s.XSW
 4.3
In115s.XSW
95.7


      Process In-nat
INCL
W1.TMP
InNats.XSW
W2.TMP


      Delete old Erbium data
DELM
W2.TMP
W1.TMP
167

      Process Hf-176
INCL
W1.TMP
Hf176g.XSW
W2.TMP



      Process Hf-177
INCL
W2.TMP
Hf177g.XSW
W1.TMP



      Process Hf-178
INCL
W1.TMP
Hf178g.XSW
W2.TMP



      Process Hf-179
INCL
W2.TMP
Hf179g.XSW
W1.TMP



      Process Hf-180
INCL
W1.TMP
Hf180g.XSW
W2.TMP



      Prepare Hf-nat
              0.162 % Hf-174
              5.206 % Hf-176
             18.606 % Hf-177
             27.297 % Hf-178
             13.629 % Hf-179
             35.100 % Hf-180
MIXM
HfNats.XSW
178
Hf174s.XSW
 0.162
Hf176s.XSW
 5.206
Hf177s.XSW
18.606
Hf178s.XSW
27.297
Hf179s.XSW
13.629
Hf180s.XSW
35.100


      Process Hf-nat
INCL
W2.TMP
HfNats.XSW
W1.TMP



      Prepare Eu-nat
              47.8 % Eu-151
              52.2 % Eu-153
MIXM
EuNats.XSW
152
Eu151s.XSW
47.8
Eu153s.XSW
52.2


      Process Eu-nat
INCL
W1.TMP
EuNats.XSW
W2.TMP
2154
152


      Check library integrity

CHCK
W2.TMP
WLUP06.LIB


FOBI
WLUP06.LIB
WLUP06.BIN


      7. Structural Materials
         -------------------

      Starter file: wlup06.lib
      Action      : Replace structural materials
      Output file : WLUP07.LIB
      Temp. files : W1.TMP, W2.TMP

      Process Co-59 (100% natural abundance)
INCL
WLUP06.LIB
Co059s.XSW
W2.TMP


      Prepare Cr-nat
               4.345 % Cr-50
              83.789 % Cr-52
               9.501 % Cr-53
               2.365 % Cr-54
MIXM
CrNats.xsw
  52
Cr050s.xsw
 4.345
Cr052s.xsw
83.789
Cr053s.xsw
 9.501
Cr054s.xsw
 2.365

      Process Cr-nat
INCL
W2.TMP
CrNats.xsw
W1.TMP


      Prepare Cu-nat
              69.17 % Cu-63
              30.83 % Cu-65
MIXM
CuNats.xsw
3063
Cu063s.xsw
69.17
Cu065s.xsw
30.83


      Process Cu-nat
INCL
W1.TMP
CuNats.xsw
W2.TMP


      Prepare Fe-nat from
               5.8  % Fe-54
              91.72 % Fe-56
               2.2  % Fe-57
               0.28 % Fe-58
MIXM
FeNats.xsw
2056
Fe054s.xsw
 5.8
Fe056s.xsw
91.72
Fe057s.xsw
 2.2
Fe058s.xsw
 0.28


          Process Fe-nat
INCL
W2.TMP
FeNats.xsw
W1.TMP



          Prepare Mg-nat
              78.99 % Mg-24
              10.00 % Mg-25
              11.01 % Mg-26
MIXM
MgNats.xsw
24
Mg024s.xsw
78.99
Mg025s.xsw
10.0
Mg026s.xsw
11.01


          Process Mg-nat
INCL
W1.TMP
MgNats.xsw
W2.TMP


          Process Mn-55 (100 % natural abundance)
INCL
W2.TMP
Mn055s.xsw
W1.TMP


          Prepare Mo-nat
           14.84 % Mo-92
            9.25 % Mo-94
           15.92 % Mo-95
           16.68 % Mo-96
            9.55 % Mo-97
           24.13 % Mo-98
            9.63 % Mo-100
MIXM
MoNats.xsw
96
Mo092s.xsw
14.84
Mo094s.xsw
9.25
Mo095s.xsw
15.92
Mo096s.xsw
16.68
Mo097s.xsw
9.55
Mo098s.xsw
24.13
Mo100s.xsw
9.63


          Process Mo-nat
INCL
W1.TMP
MoNats.xsw
W2.TMP


          Process Nb-93 (100 % natural abundance)
INCL
W2.TMP
Nb093s.xsw
W1.TMP


          Prepare Ni-nat from
                  68.077 % Ni-58
                  26.223 % Ni-60
                   1.140 % Ni-51
                   3.634 % Ni-62
                   0.926 % Ni-64
MIXM
NiNats.xsw
58
Ni058s.xsw
68.077
Ni060s.xsw
26.223
Ni061s.xsw
 1.140
Ni062s.xsw
 3.634
Ni064s.xsw
 0.926

          Process Ni-nat
INCL
W1.TMP
NiNats.xsw
W2.TMP


          Prepare Si-nat
                  92.23 % Si-28
                   4.67 % Si-29
                   3.10 % Si-30
MIXM
SiNats.xsw
29
Si028s.xsw
92.23
Si029s.xsw
 4.67
Si030s.xsw
 3.10


          Process Si-nat
INCL
W2.TMP
SiNats.xsw
W1.TMP


          Prepare Ti-nat
            8.25 % Ti-46
            7.44 % Ti-47
           73.72 % Ti-48
            5.41 % Ti-49
            5.18 % Ti-50
MIXM
TiNats.xsw
48
Ti046s.xsw
8.25
Ti047s.xsw
7.44
Ti048s.xsw
73.72
Ti049s.xsw
5.41
Ti050s.xsw
5.18


          Process Ti-nat
INCL
W1.TMP
TiNats.xsw
W2.TMP



          Process V-nat
INCL
W2.TMP
V_Nats.xsw
W1.TMP


          Prepare Zr-nat
                  51.45 % Zr-90
                  11.22 % Zr-91
                  17.15 % Zr-92
                  17.38 % Zr-94
                   2.80 % Zr-96
MIXM
ZrNats.XSW
91
Zr090s.XSW
51.45
Zr091s.XSW
11.22
Zr092s.XSW
17.15
Zr094s.XSW
17.38
Zr096s.XSW
 2.80


          Process Zr-nat
INCL
W1.TMP
ZrNats.xsw
W2.TMP



          Prepare Sn-nat
              0.97 % Sn-112
              0.65 % Sn-114
              0.36 % Sn-115
             14.53 % Sn-116
              7.68 % Sn-117
             24.22 % Sn-118
              8.58 % Sn-119
             32.59 % Sn-120
              4.63 % Sn-122
              5.79 % Sn-124
MIXM
SnNats.XSW
118
Sn112s.XSW
 0.97
Sn114s.XSW
 0.65
Sn115s.XSW
 0.36
Sn116s.XSW
14.53
Sn117s.XSW
 7.68
Sn118s.XSW
24.22
Sn119s.XSW
 8.58
Sn120s.XSW
32.59
Sn122s.XSW
 4.63
Sn124s.XSW
 5.79


      Process Sn-nat
INCL
W2.TMP
SnNats.XSW
W1.TMP
121
118


      Check library integrity

CHCK
W1.TMP
WLUP07.LIB


FOBI
WLUP07.LIB
WLUP07.BIN



      8. Other Moderators
         ----------------

      Starter file: wlup07.lib
      Action      : Replace other moderators
      Output file : WLUP08.LIB
      Temp. files : W1.TMP, W2.TMP
      WIMS-D Library Update Completed

      Process H bound in Zr H
INCL
WLUP07.LIB
H_ZrHs.XSW
W1.TMP
3002
5001

      Process D bound in D2O
INCL
W1.TMP
D_D2Os.XSW
W2.TMP


2

      Process Be-nat (100 % Be-9)
INCL
W2.TMP
BeNats.XSW
W1.TMP



      Process Graphite
INCL
W1.TMP
C_Grfs.XSW
W2.TMP


4

      Check library integrity

CHCK
W2.TMP
WLUP08.LIB


FOBI
WLUP08.LIB
WLUP08.BIN


      9. Various Additional Materials
         ----------------------------

      Starter file: wlup08.lib
      Action      : Replace various additional materials
      Output file : WLUP09.LIB
      Temp. files : W1.TMP, W2.TMP
      WIMS-D Library Update Completed

      Process He-3
INCL
WLUP08.LIB
He003s.XSW
W1.TMP



      Process He-4
INCL
W1.TMP
He004s.XSW
W2.TMP



      Prepare N-nat
              99.634 % N-14
               0.366 % N-15
MIXM
N_Nats.XSW
14
N_014s.XSW
99.634
N_015s.XSW
 0.366


      Process N-Nat
INCL
W2.TMP
N_Nats.XSW
W1.TMP



      Process F-Nat (100 % F-19)
INCL
W1.TMP
F_Nats.XSW
W2.TMP



      Process P-31 (P-nat = 100 % P-31)
INCL
W2.TMP
P_031s.XSW
W1.TMP
48
31


      Prepare S-Nat
       94.93 % S-32
        0.76 % S-33
        4.29 % S-34
        0.02 % S-36
MIXM
S_Nats.XSW
32
S_032s.XSW
94.93
S_033s.XSW
0.76
S_034s.XSW
4.29
S_036s.XSW
0.02


      Process S-Nat
INCL
W1.TMP
S_Nats.XSW
W2.TMP
48
32


      Prepare Cl-nat
       75.78 % Cl-35
       24.22 % Cl-37
MIXM
ClNats.XSW
35
Cl035s.XSW
75.78
Cl037s.XSW
24.22


      Process Cl-nat
INCL
W2.TMP
ClNats.XSW
W1.TMP
48
35


      Process Li-6
INCL
W1.TMP
Li006s.XSW
W2.TMP



      Process Li-7
INCL
W2.TMP
Li007s.XSW
W1.TMP


      Process Na-nat (100 % Na-23)
INCL
W1.TMP
NaNats.XSW
W2.TMP


      Prepare Ca-nat
       96.941 % Ca-40
        0.647 % Ca-42
        0.135 % Ca-43
        2.086 % Ca-44
        0.004 % Ca-46
        0.187 % Ca-48
MIXM
CaNats.XSW
40
Ca040s.XSW
96.941
Ca042s.XSW
0.647
Ca043s.XSW
0.135
Ca044s.XSW
2.086
Ca046s.XSW
0.004
Ca048s.XSW
0.187


      Process Ca-nat
INCL
W2.TMP
CaNats.XSW
W1.TMP
48
40


      Process Ta-nat (99.988 % Ta-181, ignore Ta-180)
INCL
W1.TMP
Ta181s.XSW
W2.TMP


      Prepare W-nat
              0.12 % W-180 (ignored)
             26.50 % W-182 (lump with W-180 = 26.62)
             14.31 % W-183
             30.64 % W-184
             28.43 % W-186
MIXM
W_Nats.XSW
183
W_182s.XSW
26.62
W_183s.XSW
14.31
W_184s.XSW
30.64
W_186s.XSW
28.43


      Process W-nat
INCL
W2.TMP
W_Nats.XSW
W1.TMP


      Process Sb-121
INCL
W1.TMP
Sb121s.XSW
W2.TMP


      Process Sb-123
INCL
W2.TMP
Sb123s.XSW
W1.TMP


      Prepare Pb-nat
               1.4 %  Pb-204
              24.1 %  Pb-206
              22.1 %  Pb-207
              52.4 %  Pb-208
MIXM
PbNats.XSW
207
Pb204s.XSW
1.4
Pb206s.XSW
24.1
Pb207s.XSW
22.1
Pb208s.XSW
52.4


      Process Pb-Nat
INCL
W1.TMP
PbNats.XSW
W2.TMP


      Check library integrity

CHCK
W2.TMP
WLUP09.LIB


FOBI
WLUP09.LIB
WLUP09.BIN


      10. Final sorting of the library
          ----------------------------

      Starter file: WLUP09.LIB
      Action      : - Move lead to structural materials
                    - Delete dosimetry reactions and insert
                      them at the end from archived files
      Output file : WLUP10.LIB

      Move lead data to structural materials
DELM
WLUP09.LIB
W1.TMP
207

INCL
W1.TMP
PbNats.xsw
W2.TMP
4083
207

     Delete dosimetry reactions
DELM
W2.TMP
W1.TMP
2212

DELM
W1.TMP
W2.TMP
1054

DELM
W2.TMP
W1.TMP
3058

DELM
W1.TMP
W2.TMP
1058

DELM
W2.TMP
W1.TMP
84

DELM
W1.TMP
W2.TMP
1091

DELM
W2.TMP
W1.TMP
2103

DELM
W1.TMP
W2.TMP
176

DELM
W2.TMP
W1.TMP
197

INCL
W1.TMP
C_Dmgd.xsw
W2.TMP


INCL
W2.TMP
Fe054d.xsw
W1.TMP


INCL
W1.TMP
Fe058d.xsw
W2.TMP


INCL
W2.TMP
Ni058d.xsw
W1.TMP


INCL
W1.TMP
Co059d.xsw
W2.TMP
2059

INCL
W2.TMP
Kr084d.xsw
W1.TMP


INCL
W1.TMP
ZrDmgd.xsw
W2.TMP


INCL
W2.TMP
Rh103d.xsw
W1.TMP


INCL
W1.TMP
Lu176d.xsw
W2.TMP


INCL
W2.TMP
Au197d.xsw
W1.TMP


      Check library integrity

CHCK
W1.TMP
WLUP10.LIB


FOBI
WLUP10.LIB
WLUP10.BIN

END
*deck jeff31gx

      WIMS-D Library Update Project
      =============================

      1. Preparation of a library seed file
         ----------------------------------

      Starter file: New Library
      Output file : WLUP01.LIB

NEWL
WLUP00.LIB
172
45
47

     Include group boundaries
INCL
WLUP00.LIB
EGB172.DAT
W1.TMP

     Include new fission spectrum
INCL
W1.TMP
FISSION.XSP
WLUP01.LIB


      2. Light elements and strcutural materials processing
         --------------------------------------------------

      Starter file: wlup01.lib
      Output file : WLUP02.LIB
      Moderator materials, Structural materials, Absorbers
      Temp. files : W1.TMP, W2.TMP

      Process moderator Hydrogen bound in water (H_H20s.XSW)

INCL
WLUP01.LIB
H_H2Os.XSW
W1.TMP

1

      Process H bound in Zr H

INCL
W1.TMP
H_ZrHs.XSW
W2.TMP



      Process D bound in D2O

INCL
W2.TMP
D_D2Os.XSW
W1.TMP

2


       Process He-3

INCL
W1.TMP
He003s.XSW
W2.TMP



      Process He-4

INCL
W2.TMP
He004s.XSW
W1.TMP



       Process Li-6

INCL
W1.TMP
Li006s.XSW
W2.TMP



      Process Li-7

INCL
W2.TMP
Li007s.XSW
W1.TMP



       Process Be-nat (100 % Be-9)

INCL
W1.TMP
BeNats.XSW
W2.TMP



      Process B-10

INCL
W2.TMP
B_010g.XSW
W1.TMP



      Process B-10 Unburnable

INCL
W1.TMP
B_010s.XSW
W2.TMP
1010


      Process B-11

INCL
W2.TMP
B_011g.XSW
W1.TMP




      Prepare B-nat from
              19.9 % B-10
              80.1 % B-11

MIXM
B_Nats.xsw
1011
B_010s.xsw
19.9
B_011s.xsw
80.1


      Process B-NAT

INCL
W1.TMP
B_Nats.XSW
W2.TMP



      Process Graphite

INCL
W2.TMP
C_Grfs.XSW
W1.TMP

4

       Prepare N-nat
              99.634 % N-14
               0.366 % N-15
MIXM
N_Nats.XSW
14
N_014s.XSW
99.634
N_015s.XSW
 0.366



	Process N-Nat

INCL
W1.TMP
N_Nats.XSW
W2.TMP



    Process Oxygen-16

INCL
W2.TMP
O_016s.XSW
W1.TMP

3

       Process F-Nat (100 % F-19)

INCL
W1.TMP
F_Nats.XSW
W2.TMP



      Process Na-nat (100 % Na-23)

INCL
W2.TMP
NaNats.XSW
W1.TMP


          Prepare Mg-nat
              78.99 % Mg-24
              10.00 % Mg-25
              11.01 % Mg-26
MIXM
MgNats.xsw
24
Mg024s.xsw
78.99
Mg025s.xsw
10.0
Mg026s.xsw
11.01


          Process Mg-nat

INCL
W1.TMP
MgNats.xsw
W2.TMP



      Process Aluminium-27

INCL
W2.TMP
Al027s.XSW
W1.TMP



          Prepare Si-nat
                  92.23 % Si-28
                   4.67 % Si-29
                   3.10 % Si-30
MIXM
SiNats.xsw
29
Si028s.xsw
92.23
Si029s.xsw
 4.67
Si030s.xsw
 3.10


          Process Si-nat

INCL
W1.TMP
SiNats.xsw
W2.TMP



      Process P-31 (P-nat = 100 % P-31)

INCL
W2.TMP
P_031s.XSW
W1.TMP



      Prepare S-Nat
       94.93 % S-32
        0.76 % S-33
        4.29 % S-34
        0.02 % S-36
MIXM
S_Nats.XSW
32
S_032s.XSW
94.93
S_033s.XSW
0.76
S_034s.XSW
4.29
S_036s.XSW
0.02


      Process S-nat (Element data in the IAEA Library)

INCL
W1.TMP
S_Nats.XSW
W2.TMP



      Prepare Cl-nat
       75.78 % Cl-35
       24.22 % Cl-37
MIXM
ClNats.XSW
35
Cl035s.XSW
75.78
Cl037s.XSW
24.22


       Process Cl-nat

INCL
W2.TMP
ClNats.XSW
W1.TMP



      Prepare Ca-nat
       96.941 % Ca-40
        0.647 % Ca-42
        0.135 % Ca-43
        2.086 % Ca-44
        0.004 % Ca-46
        0.187 % Ca-48
MIXM
CaNats.XSW
40
Ca040s.XSW
96.941
Ca042s.XSW
0.647
Ca043s.XSW
0.135
Ca044s.XSW
2.086
Ca046s.XSW
0.004
Ca048s.XSW
0.187


        Process Ca-nat

INCL
W1.TMP
CaNats.XSW
W2.TMP



          Prepare Ti-nat
            8.25 % Ti-46
            7.44 % Ti-47
           73.72 % Ti-48
            5.41 % Ti-49
            5.18 % Ti-50
MIXM
TiNats.xsw
48
Ti046s.xsw
8.25
Ti047s.xsw
7.44
Ti048s.xsw
73.72
Ti049s.xsw
5.41
Ti050s.xsw
5.18


           Process Ti-nat

INCL
W2.TMP
TiNats.xsw
W1.TMP



          Process V-nat

INCL
W1.TMP
V_Nats.xsw
W2.TMP



      Prepare Cr-nat
               4.345 % Cr-50
              83.789 % Cr-52
               9.501 % Cr-53
               2.365 % Cr-54
MIXM
CrNats.xsw
  52
Cr050s.xsw
 4.345
Cr052s.xsw
83.789
Cr053s.xsw
 9.501
Cr054s.xsw
 2.365

      Process Cr-nat

INCL
W2.TMP
CrNats.xsw
W1.TMP



          Process Mn-55 (100 % natural abundance)

INCL
W1.TMP
Mn055s.xsw
W2.TMP



      Prepare Fe-nat from
               5.8  % Fe-54
              91.72 % Fe-56
               2.2  % Fe-57
               0.28 % Fe-58
MIXM
FeNats.xsw
2056
Fe054s.xsw
 5.8
Fe056s.xsw
91.72
Fe057s.xsw
 2.2
Fe058s.xsw
 0.28


          Process Fe-nat

INCL
W2.TMP
FeNats.xsw
W1.TMP



          Prepare Ni-nat from
                  68.077 % Ni-58
                  26.223 % Ni-60
                   1.140 % Ni-61
                   3.634 % Ni-62
                   0.926 % Ni-64
MIXM
NiNats.xsw
58
Ni058s.xsw
68.077
Ni060s.xsw
26.223
Ni061s.xsw
 1.140
Ni062s.xsw
 3.634
Ni064s.xsw
 0.926

          Process Ni-nat

INCL
W1.TMP
NiNats.xsw
W2.TMP



      Process Co-59 (100% natural abundance)

INCL
W2.TMP
Co059s.XSW
W1.TMP



      Prepare Cu-nat
              69.17 % Cu-63
              30.83 % Cu-65
MIXM
CuNats.xsw
3063
Cu063s.xsw
69.17
Cu065s.xsw
30.83


      Process Cu-nat

INCL
W1.TMP
CuNats.xsw
W2.TMP



          Prepare Zr-nat
                  51.45 % Zr-90
                  11.22 % Zr-91
                  17.15 % Zr-92
                  17.38 % Zr-94
                   2.80 % Zr-96
MIXM
ZrNats.XSW
91
Zr090s.XSW
51.45
Zr091s.XSW
11.22
Zr092s.XSW
17.15
Zr094s.XSW
17.38
Zr096s.XSW
 2.80


          Process Zr-nat

INCL
W2.TMP
ZrNats.xsw
W1.TMP



          Process Nb-93 (100 % natural abundance)

INCL
W1.TMP
Nb093s.xsw
W2.TMP



          Prepare Mo-nat
           14.84 % Mo-92
            9.25 % Mo-94
           15.92 % Mo-95
           16.68 % Mo-96
            9.55 % Mo-97
           24.13 % Mo-98
            9.63 % Mo-100
MIXM
MoNats.xsw
96
Mo092s.xsw
14.84
Mo094s.xsw
9.25
Mo095s.xsw
15.92
Mo096s.xsw
16.68
Mo097s.xsw
9.55
Mo098s.xsw
24.13
Mo100s.xsw
9.63


          Process Mo-nat

INCL
W2.TMP
MoNats.xsw
W1.TMP



      Prepare Ag-nat from
              51.839 % Ag-107
              48.161 % Ag-109
MIXM
AgNats.xsw
3109
Ag107s.xsw
51.839
Ag109s.xsw
48.161


      Process Ag-nat
INCL
W1.TMP
AgNats.XSW
W2.TMP


      Prepare Cd-nat from
              1.25 % Cd-106
              0.89 % Cd-108
             12.49 % Cd-110
             12.80 % Cd-111
             24.13 % Cd-112
             12.22 % Cd-113
             28.73 % Cd-114
              7.49 % Cd-116
MIXM
CdNats.xsw
2113
Cd106s.xsw
 1.25
Cd108s.xsw
 0.89
Cd110s.xsw
12.49
Cd111s.xsw
12.80
Cd112s.xsw
24.13
Cd113s.xsw
12.22
Cd114s.xsw
28.73
Cd116s.xsw
 7.49


      Process Cd-nat
INCL
W2.TMP
CdNats.XSW
W1.TMP


      Prepare In-nat
              4.3 % In-113
             95.7 % In-115
MIXM
InNats.XSW
2115
In113s.XSW
 4.3
In115s.XSW
95.7


      Process In-nat
INCL
W1.TMP
InNats.XSW
W2.TMP


          Prepare Sn-nat
              0.97 % Sn-112
              0.65 % Sn-114
              0.36 % Sn-115
             14.53 % Sn-116
              7.68 % Sn-117
             24.22 % Sn-118
              8.58 % Sn-119
             32.59 % Sn-120
              4.63 % Sn-122
              5.79 % Sn-124
MIXM
SnNats.XSW
118
Sn112s.XSW
 0.97
Sn114s.XSW
 0.65
Sn115s.XSW
 0.36
Sn116s.XSW
14.53
Sn117s.XSW
 7.68
Sn118s.XSW
24.22
Sn119s.XSW
 8.58
Sn120s.XSW
32.59
Sn122s.XSW
 4.63
Sn124s.XSW
 5.79


      Process Sn-nat
INCL
W2.TMP
SnNats.XSW
W1.TMP




      Process Sb-121

INCL
W1.TMP
Sb121s.XSW
W2.TMP



      Process Sb-123

INCL
W2.TMP
Sb123s.XSW
W1.TMP



      Prepare Eu-nat
              47.8 % Eu-151
              52.2 % Eu-153
MIXM
EuNats.XSW
152
Eu151s.XSW
47.8
Eu153s.XSW
52.2


      Process Eu-nat

INCL
W1.TMP
EuNats.XSW
W2.TMP



      Process Gd-154

INCL
W2.TMP
Gd154g.XSW
W1.TMP



      Process Gd-155

INCL
W1.TMP
Gd155g.XSW
W2.TMP



      Process Gd-156

INCL
W2.TMP
Gd156g.XSW
W1.TMP



      Process Gd-157

INCL
W1.TMP
Gd157g.XSW
W2.TMP



      Process Gd-158

INCL
W2.TMP
Gd158g.XSW
W1.TMP



      Process Dy-160

INCL
W1.TMP
Dy160g.XSW
W2.TMP



      Process Dy-161

INCL
W2.TMP
Dy161g.XSW
W1.TMP



      Process Dy-162

INCL
W1.TMP
Dy162g.XSW
W2.TMP



      Process Dy-163

INCL
W2.TMP
Dy163g.XSW
W1.TMP



      Process Dy-164

INCL
W1.TMP
Dy164g.XSW
W2.TMP



      Process Ho-165

INCL
W2.TMP
Ho165g.XSW
W1.TMP



      Process Er-166

INCL
W1.TMP
Er166g.XSW
W2.TMP



      Process Er-167

INCL
W2.TMP
Er167g.XSW
W1.TMP



      Process Hf-176

INCL
W1.TMP
Hf176g.XSW
W2.TMP



      Process Hf-177

INCL
W2.TMP
Hf177g.XSW
W1.TMP



      Process Hf-178

INCL
W1.TMP
Hf178g.XSW
W2.TMP



      Process Hf-179

INCL
W2.TMP
Hf179g.XSW
W1.TMP



      Process Hf-180

INCL
W1.TMP
Hf180g.XSW
W2.TMP



      Prepare Hf-nat
              0.162 % Hf-174
              5.206 % Hf-176
             18.606 % Hf-177
             27.297 % Hf-178
             13.629 % Hf-179
             35.100 % Hf-180
MIXM
HfNats.XSW
178
Hf174s.XSW
 0.162
Hf176s.XSW
 5.206
Hf177s.XSW
18.606
Hf178s.XSW
27.297
Hf179s.XSW
13.629
Hf180s.XSW
35.100


      Process Hf-nat

INCL
W2.TMP
HfNats.XSW
W1.TMP



      Process Ta-181 (99.988 % Ta-181, ignore 0.012 % Ta-180)

INCL
W1.TMP
Ta181s.XSW
W2.TMP



      Prepare W-nat
              0.12 % W-180 (ignored)
             26.50 % W-182 (lump with W-180 = 26.62)
             14.31 % W-183
             30.64 % W-184
             28.43 % W-186
MIXM
W_Nats.XSW
183
W_182s.XSW
26.62
W_183s.XSW
14.31
W_184s.XSW
30.64
W_186s.XSW
28.43


      Process W-nat

INCL
W2.TMP
W_Nats.XSW
W1.TMP



      Prepare Pb-nat
               1.4 %  Pb-204
              24.1 %  Pb-206
              22.1 %  Pb-207
              52.4 %  Pb-208
MIXM
PbNats.XSW
207
Pb204s.XSW
1.4
Pb206s.XSW
24.1
Pb207s.XSW
22.1
Pb208s.XSW
52.4


      Process Pb-Nat
INCL
W1.TMP
PbNats.XSW
W2.TMP



      Check library integrity

CHCK
W2.TMP
WLUP02.LIB


FOBI
WLUP02.LIB
WLUP02.BIN




      3. Fission Product Materials Processing
         -------------------------------------

      Starter file: wlup02.lib
      Action      : Include all fission products
      Output file : WLUP03.LIB
      Temp. files : W1.TMP, W2.TMP

      Process Krypton-83

INCL
WLUP02.LIB
Kr083g.XSW
W1.TMP


      Process Mo-95
INCL
W1.TMP
Mo095g.XSW
W2.TMP



      Process Tc-99

INCL
W2.TMP
Tc099g.XSW
W1.TMP



      Process Ru-101

INCL
W1.TMP
Ru101g.XSW
W2.TMP



      Process Ru-103

INCL
W2.TMP
Ru103g.XSW
W1.TMP



     Process Ru-106

INCL
W1.TMP
Ru106g.XSW
W2.TMP



       Process Rh-103

INCL
W2.TMP
Rh103g.XSW
W1.TMP



      Process Rh-105

INCL
W1.TMP
Rh105g.XSW
W2.TMP



      Process Pd-105

INCL
W2.TMP
Pd105g.XSW
W1.TMP



      Process Pd-107

INCL
W1.TMP
Pd107g.XSW
W2.TMP



      Process Pd-108

INCL
W2.TMP
Pd108g.XSW
W1.TMP



      Process Ag-109 data for WIMS (fission product)

INCL
W1.TMP
Ag109g.XSW
W2.TMP



      Process Cd-113

INCL
W2.TMP
Cd113g.XSW
W1.TMP



      Process In-115

INCL
W1.TMP
In115g.XSW
W2.TMP



      Process Sb-125

INCL
W2.TMP
Sb125g.XSW
W1.TMP




      Process Te-127m

INCL
W1.TMP
Te127m.XSW
W2.TMP



      Process I-127

INCL
W2.TMP
I_127g.XSW
W1.TMP



       Process Xe-131

INCL
W1.TMP
Xe131g.XSW
W2.TMP



      Process Cs-133

INCL
W2.TMP
Cs133g.XSW
W1.TMP



      Process Cs-134

INCL
W1.TMP
Cs134g.XSW
W2.TMP



      Process Cs-137

INCL
W2.TMP
Cs137g.XSW
W1.TMP



       Process I-135

INCL
W1.TMP
I_135g.XSW
W2.TMP



      Process Xe-134

INCL
W2.TMP
Xe134g.XSW
W1.TMP



      Process Xe-135

INCL
W1.TMP
Xe135g.XSW
W2.TMP



      Process Cs-135

INCL
W2.TMP
Cs135g.XSW
W1.TMP



      Process Xe-136

INCL
W1.TMP
Xe136g.XSW
W2.TMP


      Process Nd-143

INCL
W2.TMP
Nd143g.XSW
W1.TMP



      Process Nd-145

INCL
W1.TMP
Nd145g.XSW
W2.TMP



      Process Pm-147 (Capture precursor of Pm-148)

INCL
W2.TMP
Pm147g.XSW
W1.TMP



      Process Pm-147 (Capture precursor of Pm-148m)

INCL
W1.TMP
Pm147h.XSW
W2.TMP



      Process Sm-147

INCL
W2.TMP
Sm147g.XSW
W1.TMP



       Process Pm-148m

INCL
W1.TMP
Pm148m.XSW
W2.TMP



      Process Pm-148

INCL
W2.TMP
Pm148g.XSW
W1.TMP



      Process Sm-148

INCL
W1.TMP
Sm148g.XSW
W2.TMP



      Process Pm-149

INCL
W2.TMP
Pm149g.XSW
W1.TMP



      Process Sm-149

INCL
W1.TMP
Sm149g.XSW
W2.TMP



      Process Sm-150

INCL
W2.TMP
Sm150g.XSW
W1.TMP



      Process Sm-151

INCL
W1.TMP
Sm151g.XSW
W2.TMP



      Process Sm-152

INCL
W2.TMP
Sm152g.XSW
W1.TMP



      Process Eu-151

INCL
W1.TMP
Eu151g.XSW
W2.TMP



      Process Eu-152

INCL
W2.TMP
Eu152g.XSW
W1.TMP



      Process Eu-153

INCL
W1.TMP
Eu153g.XSW
W2.TMP



      Process Eu-154

INCL
W2.TMP
Eu154g.XSW
W1.TMP



      Process Eu-155

INCL
W1.TMP
Eu155g.XSW
W2.TMP



      Process pseudo fission product 4902

INCL
W2.TMP
PFP4902.XSW
W1.TMP



      Check library integrity

CHCK
W1.TMP
WLUP03.LIB


FOBI
WLUP03.LIB
WLUP03.BIN




      4. Major and Minor Actinides Processing
         ------------------------------------

      Starter file: wlup03.lib
      Action      : Process all major and minor actinides
      Output file : WLUP04.LIB
      Temp. files : W1.TMP, W2.TMP

      Process Th-232

INCL
WLUP03.LIB
Th232g.XSW
W1.TMP



      Process dummy fission product precursor of U-232 from U-233(n,2n)

INCL
W1.TMP
U_232f.XSW
W2.TMP



      Process U-232

INCL
W2.TMP
U_232g.XSW
W1.TMP



      Process U-233

INCL
W1.TMP
U_233g.XSW
W2.TMP



      Process Pa-231

INCL
W2.TMP
Pa231g.XSW
W1.TMP



      Process Pa-233

INCL
W1.TMP
Pa233g.XSW
W2.TMP



      Process U-234

INCL
W2.TMP
U_234g.XSW
W1.TMP



      Process Uranium-235 (U_235g.XSW)

INCL
W1.TMP
U_235g.XSW
W2.TMP


      Process U-236

INCL
W2.TMP
U_236g.XSW
W1.TMP



       Process U-237 as a dummy fission product

INCL
W1.TMP
U_237f.XSW
W2.TMP



      Process U-237

INCL
W2.TMP
U_237g.XSW
W1.TMP



       Process Uranium-238 (U_238g.XSW)

INCL
W1.TMP
U_238g.XSW
W2.TMP


      Process Np-237

INCL
W2.TMP
Np237g.XSW
W1.TMP



      Process Np-239

INCL
W1.TMP
Np239g.XSW
W2.TMP



      Process Pu-238

INCL
W2.TMP
Pu238g.XSW
W1.TMP



       Process Pu-239

INCL
W1.TMP
Pu239g.XSW
W2.TMP



      Process Pu-240

INCL
W2.TMP
Pu240g.XSW
W1.TMP



      Process Pu-241

INCL
W1.TMP
Pu241g.XSW
W2.TMP


      Process Pu-242

INCL
W2.TMP
Pu242g.XSW
W1.TMP



      Process Pu-242 (high concentration degraded Plutonium)

INCL
W1.TMP
Pu242h.XSW
W2.TMP



      Process Am-241

INCL
W2.TMP
Am241g.XSW
W1.TMP



      Process Am-242g

INCL
W1.TMP
Am242g.XSW
W2.TMP



      Process Am-242m

INCL
W2.TMP
Am242m.XSW
W1.TMP



      Process Am-243

INCL
W1.TMP
Am243g.XSW
W2.TMP



      Process Cm-242

INCL
W2.TMP
Cm242g.XSW
W1.TMP



      Process Cm-243

INCL
W1.TMP
Cm243g.XSW
W2.TMP



      Process Cm-244

INCL
W2.TMP
Cm244g.XSW
W1.TMP


      Check library integrity

CHCK
W1.TMP
WLUP04.LIB


FOBI
WLUP04.LIB
WLUP04.BIN



END
*deck jeff3t

      WIMS-D Library Update Project
      =============================

      1. Modify the starter file
         -----------------------

      Starter file: "1986" WIMS-D Library form Winfrith (WDN29.ASC)
      Action      : - Remove unnecessary materials.
                    - Add extra fission products.
      Output file : WLUP01.LIB

      Delete pseudo-fission products and compounds
DELM
WDN29.ASC
W1.TMP
251

DELM
W1.TMP
W2.TMP
252

DELM
W2.TMP
W1.TMP
253

DELM
W1.TMP
W2.TMP
254

DELM
W2.TMP
W1.TMP
105

DELM
W1.TMP
W2.TMP
135

DELM
W2.TMP
W1.TMP
500

DELM
W1.TMP
W2.TMP
9056

DELM
W2.TMP
W1.TMP
8058

DELM
W1.TMP
W2.TMP
9058


     Include new fission spectrum

INCL
W2.TMP
FISSION.XSP
W1.TMP


      Check library integrity

CHCK
W1.TMP
WLUP01.LIB

FOBI
WLUP01.LIB
WLUP01.BIN


      2. Major Reactor Materials Replacement
         -----------------------------------

      Starter file: wlup01.lib
      Action      : Replace major reactor materials:
                    - H(H2O)
                    - O
                    - Al
                    - U235
                    - U238
      Output file : WLUP02.LIB
      Temp. files : W1.TMP, W2.TMP

      Replace moderator Hydrogen bound in water (H_H20s.XSW)

INCL
WLUP01.LIB
H_H2Os.XSW
W1.TMP


1

      Replace moderator material Oxygen (O_016s.XSW)

INCL
W1.TMP
O_016s.XSW
W2.TMP


3

      Replace structural material Aluminium-27 (Al027s.XSW)

INCL
W2.TMP
Al027s.XSW
W1.TMP



      Replace fissile material Uranium-235 (U_235a.XSW)

INCL
W1.TMP
U_235a.XSW
W2.TMP



      Replace fissile material Uranium-238 (U_238a.XSW)

INCL
W2.TMP
U_238a.XSW
W1.TMP



      Check library integrity

CHCK
W1.TMP
WLUP02.LIB

FOBI
WLUP02.LIB
WLUP02.BIN


      3. Fission Product Materials Replacement
         -------------------------------------

      Starter file: wlup02.lib
      Action      : Replace all fission products
      Output file : WLUP03.LIB
      Temp. files : W1.TMP, W2.TMP

      Process Kripton-83

INCL
WLUP02.LIB
Kr083g.XSW
W1.TMP


      Process Mo-95
INCL
W1.TMP
Mo095g.XSW
W2.TMP



      Process Tc-99

INCL
W2.TMP
Tc099g.XSW
W1.TMP



      Process Ru-101

INCL
W1.TMP
Ru101g.XSW
W2.TMP



      Process Ru-103

INCL
W2.TMP
Ru103g.XSW
W1.TMP



      Process Rh-103

INCL
W1.TMP
Rh103g.XSW
W2.TMP



      Process Rh-105

INCL
W2.TMP
Rh105g.XSW
W1.TMP



      Process Pd-105

INCL
W1.TMP
Pd105g.XSW
W2.TMP



      Process Pd-107

INCL
W2.TMP
Pd107g.XSW
W1.TMP
4108
4107

      Process Pd-108

INCL
W1.TMP
Pd108g.XSW
W2.TMP



      Process Ag-109 data for WIMS (fission product)

INCL
W2.TMP
Ag109g.XSW
W1.TMP



      Process Cd-113

INCL
W1.TMP
Cd113g.XSW
W2.TMP



      Process In-115

INCL
W2.TMP
In115g.XSW
W1.TMP



      Process Te-127m

INCL
W1.TMP
Te127m.XSW
W2.TMP
4127
5127

      Process I-127

INCL
W2.TMP
I_127g.XSW
W1.TMP



      Process I-135

INCL
W1.TMP
I_135g.XSW
W2.TMP



      Process Xe-131

INCL
W2.TMP
Xe131g.XSW
W1.TMP



      Process Xe-134

INCL
W1.TMP
Xe134g.XSW
W2.TMP
4135
5134

      Process Xe-135

INCL
W2.TMP
Xe135g.XSW
W1.TMP



      Process Xe-136

INCL
W1.TMP
Xe136g.XSW
W2.TMP
4143
4136

      Process Cs-133

INCL
W2.TMP
Cs133g.XSW
W1.TMP



      Process Cs-134

INCL
W1.TMP
Cs134g.XSW
W2.TMP



      Process Cs-135

INCL
W2.TMP
Cs135g.XSW
W1.TMP



      Process Nd-143

INCL
W1.TMP
Nd143g.XSW
W2.TMP



      Process Nd-145

INCL
W2.TMP
Nd145g.XSW
W1.TMP



      Process Pm-147 (Capture precursor of Pm-148)

INCL
W1.TMP
Pm147g.XSW
W2.TMP



      Process Pm-147 (Capture precursor of Pm-148m)

INCL
W2.TMP
Pm147h.XSW
W1.TMP



      Process Pm-148

INCL
W1.TMP
Pm148g.XSW
W2.TMP



      Process Pm-148m

INCL
W2.TMP
Pm148m.XSW
W1.TMP



      Process Pm-149

INCL
W1.TMP
Pm149g.XSW
W2.TMP



      Process Sm-147

INCL
W2.TMP
Sm147g.XSW
W1.TMP



      Process Sm-149

INCL
W1.TMP
Sm149g.XSW
W2.TMP



      Process Sm-150

INCL
W2.TMP
Sm150g.XSW
W1.TMP



      Process Sm-151

INCL
W1.TMP
Sm151g.XSW
W2.TMP



      Process Sm-152

INCL
W2.TMP
Sm152g.XSW
W1.TMP



      Process Eu-151

INCL
W1.TMP
Eu151g.XSW
W2.TMP
4153
5151

      Process Eu-152

INCL
W2.TMP
Eu152g.XSW
W1.TMP
4153
5152

      Process Eu-153

INCL
W1.TMP
Eu153g.XSW
W2.TMP



      Process Eu-154

INCL
W2.TMP
Eu154g.XSW
W1.TMP



      Process Eu-155

INCL
W1.TMP
Eu155g.XSW
W2.TMP



      Process Gd-154

INCL
W2.TMP
Gd154g.XSW
W1.TMP



      Process Gd-155

INCL
W1.TMP
Gd155g.XSW
W2.TMP



      Process Gd-156

INCL
W2.TMP
Gd156g.XSW
W1.TMP



      Process Gd-157

INCL
W1.TMP
Gd157g.XSW
W2.TMP



      Process Gd-158

INCL
W2.TMP
Gd158g.XSW
W1.TMP



      Process Dy-160

INCL
W1.TMP
Dy160g.XSW
W2.TMP
164
160

      Process Dy-161

INCL
W2.TMP
Dy161g.XSW
W1.TMP
164
161

      Process Dy-162

INCL
W1.TMP
Dy162g.XSW
W2.TMP
164
162

      Process Dy-163

INCL
W2.TMP
Dy163g.XSW
W1.TMP
164
163

      Process Dy-164

INCL
W1.TMP
Dy164g.XSW
W2.TMP



      Process Ho-165

INCL
W2.TMP
Ho165g.XSW
W1.TMP
167
165


      Process Er-166
INCL
W1.TMP
Er166g.XSW
W2.TMP
167
2166

      Process Er-167
INCL
W2.TMP
Er167g.XSW
W1.TMP
167
2167


      Process dummy f.p. precursor or U-237 (insert before 927)
INCL
W1.TMP
U_237f.XSW
W2.TMP
 927
4927


      Process dummy f.p. precursor or U-232 (insert before 9233)
INCL
W2.TMP
U_232f.XSW
W1.TMP
9233
4232


      Process the pseudo fission product
INCL
W1.TMP
PFP4902.XSW
W2.TMP



      Process Sm-148 (new f. p. inserted before 5149 = Pm-149)

INCL
W2.TMP
Sm148g.XSW
W1.TMP
5149
6148

      Process Ru-106 (new f. p. inserted before 4103 = Rh-103)

INCL
W1.TMP
Ru106g.XSW
W2.TMP
4103
4106

      Process Sb-125 (new f. p. inserted before 5127 = Te-127m)

INCL
W2.TMP
Sb125g.XSW
W1.TMP
5127
4125

      Process Cs-137 (new f. p. inserted before 6135 = I-135)

INCL
W1.TMP
Cs137g.XSW
W2.TMP
6135
4137

      Check library integrity

CHCK
W2.TMP
WLUP03.LIB


      4. Minor Actinides Replacement
         ---------------------------

      Starter file: wlup03.lib
      Action      : Replace all minor Actinides
      Output file : WLUP04.LIB
      Temp. files : W1.TMP, W2.TMP

      Process U-234

INCL
WLUP03.LIB
U_234g.XSW
W1.TMP



      Process U-236

INCL
W1.TMP
U_236g.XSW
W2.TMP



      Process U-237

INCL
W2.TMP
U_237g.XSW
W1.TMP



      Process Np-237

INCL
W1.TMP
Np237g.XSW
W2.TMP



      Process Np-239

INCL
W2.TMP
Np239g.XSW
W1.TMP



      Process Pa-231

INCL
W1.TMP
Pa231g.XSW
W2.TMP
1233
1231

      Process Pa-233

INCL
W2.TMP
Pa233g.XSW
W1.TMP



      Process U-232

INCL
W1.TMP
U_232g.XSW
W2.TMP
9233
232


      Process Pu-242

INCL
W2.TMP
Pu242g.XSW
W1.TMP



      Process Pu-242 (high concentration degraded Plutonium)

INCL
W1.TMP
Pu242h.XSW
W2.TMP
1242
 242

      Process Pu-238

INCL
W2.TMP
Pu238g.XSW
W1.TMP



      Process Am-241

INCL
W1.TMP
Am241g.XSW
W2.TMP



      Process Am-242g

INCL
W2.TMP
Am242g.XSW
W1.TMP
952
1952

      Process Am-242m

INCL
W1.TMP
Am242m.XSW
W2.TMP



      Process Am-243

INCL
W2.TMP
Am243g.XSW
W1.TMP



      Process Cm-242

INCL
W1.TMP
Cm242g.XSW
W2.TMP
1000
962

      Process Cm-243

INCL
W2.TMP
Cm243g.XSW
W1.TMP
1000
963

      Process Cm-244

INCL
W1.TMP
Cm244g.XSW
W2.TMP
1000
964

      Check library integrity

CHCK
W2.TMP
WLUP04.LIB


      5. Major Actinides Replacement
         ---------------------------

      Starter file: wlup04.lib
      Action      : Replace all remaining major Actinides
      Output file : WLUP05.LIB
      Temp. files : W1.TMP, W2.TMP

      Process Th-232

INCL
WLUP04.LIB
Th232g.XSW
W1.TMP



      Process U-233

INCL
W1.TMP
U_233g.XSW
W2.TMP



      Process Uranium-235 (U_235g.XSW)

INCL
W2.TMP
U_235g.XSW
W1.TMP



      Process Uranium-238 (U_238g.XSW)

INCL
W1.TMP
U_238g.XSW
W2.TMP



      Process Pu-239

INCL
W2.TMP
Pu239g.XSW
W1.TMP



      Process Pu-240

INCL
W1.TMP
Pu240g.XSW
W2.TMP



      Process Pu-241

INCL
W2.TMP
Pu241g.XSW
W1.TMP



      Delete old Gd-157 fission product (4157)

DELM
W1.TMP
W2.TMP
4157

      Check library integrity

CHCK
W2.TMP
WLUP05.LIB


FOBI
WLUP05.LIB
WLUP05.BIN



      6. Absorbers Materials
         -------------------

      Starter file: wlup05.lib
      Action      : Replace absorber materials
      Output file : WLUP06.LIB
      Temp. files : W1.TMP, W2.TMP

      Process B-10
INCL
WLUP05.LIB
B_010g.XSW
W2.TMP


      Process B-10 Unburnable
INCL
W2.TMP
B_010s.XSW
W1.TMP
1010

      Process B-11 (insert before B-nat 1011)
INCL
W1.TMP
B_011g.XSW
W2.TMP
1011
11
      Prepare B-nat from
              19.9 % B-10
              80.1 % B-11

MIXM
B_Nats.xsw
1011
B_010s.xsw
19.9
B_011s.xsw
80.1


      Process B-NAT

INCL
W2.TMP
B_Nats.XSW
W1.TMP


      Prepare Ag-nat from
              51.839 % Ag-107
              48.161 % Ag-109
MIXM
AgNats.xsw
3109
Ag107s.xsw
51.839
Ag109s.xsw
48.161


      Process Ag-nat
INCL
W1.TMP
AgNats.XSW
W2.TMP


      Prepare Cd-nat from
              1.25 % Cd-106
              0.89 % Cd-108 (missing from JEF-2.2)
             12.49 % Cd-110
             12.80 % Cd-111
             24.13 % Cd-112
             12.22 % Cd-113
             28.73 % Cd-114
              7.49 % Cd-116
MIXM
CdNats.xsw
2113
Cd106s.xsw
 1.25
Cd108s.xsw
 0.89
Cd110s.xsw
12.49
Cd111s.xsw
12.80
Cd112s.xsw
24.13
Cd113s.xsw
12.22
Cd114s.xsw
28.73
Cd116s.xsw
 7.49


      Process Cd-nat
INCL
W2.TMP
CdNats.XSW
W1.TMP


      Prepare In-nat
              4.3 % In-113
             95.7 % In-115
MIXM
InNats.XSW
2115
In113s.XSW
 4.3
In115s.XSW
95.7


      Process In-nat
INCL
W1.TMP
InNats.XSW
W2.TMP


      Delete old Erbium data
DELM
W2.TMP
W1.TMP
167

      Process Hf-176
INCL
W1.TMP
Hf176g.XSW
W2.TMP



      Process Hf-177
INCL
W2.TMP
Hf177g.XSW
W1.TMP



      Process Hf-178
INCL
W1.TMP
Hf178g.XSW
W2.TMP



      Process Hf-179
INCL
W2.TMP
Hf179g.XSW
W1.TMP



      Process Hf-180
INCL
W1.TMP
Hf180g.XSW
W2.TMP



      Prepare Hf-nat
              0.162 % Hf-174
              5.206 % Hf-176
             18.606 % Hf-177
             27.297 % Hf-178
             13.629 % Hf-179
             35.100 % Hf-180
MIXM
HfNats.XSW
178
Hf174s.XSW
 0.162
Hf176s.XSW
 5.206
Hf177s.XSW
18.606
Hf178s.XSW
27.297
Hf179s.XSW
13.629
Hf180s.XSW
35.100


      Process Hf-nat
INCL
W2.TMP
HfNats.XSW
W1.TMP



      Prepare Eu-nat
              47.8 % Eu-151
              52.2 % Eu-153
MIXM
EuNats.XSW
152
Eu151s.XSW
47.8
Eu153s.XSW
52.2


      Process Eu-nat
INCL
W1.TMP
EuNats.XSW
W2.TMP
2154
152


      Check library integrity

CHCK
W2.TMP
WLUP06.LIB


FOBI
WLUP06.LIB
WLUP06.BIN


      7. Structural Materials
         -------------------

      Starter file: wlup06.lib
      Action      : Replace structural materials
      Output file : WLUP07.LIB
      Temp. files : W1.TMP, W2.TMP

      Process Co-59 (100% natural abundance)
INCL
WLUP06.LIB
Co059s.XSW
W2.TMP


      Prepare Cr-nat
               4.345 % Cr-50
              83.789 % Cr-52
               9.501 % Cr-53
               2.365 % Cr-54
MIXM
CrNats.xsw
  52
Cr050s.xsw
 4.345
Cr052s.xsw
83.789
Cr053s.xsw
 9.501
Cr054s.xsw
 2.365

      Process Cr-nat
INCL
W2.TMP
CrNats.xsw
W1.TMP


      Prepare Cu-nat
              69.17 % Cu-63
              30.83 % Cu-65
MIXM
CuNats.xsw
3063
Cu063s.xsw
69.17
Cu065s.xsw
30.83


INCL
W1.TMP
CuNats.xsw
W2.TMP


      Prepare Fe-nat from
               5.8  % Fe-54
              91.72 % Fe-56
               2.2  % Fe-57
               0.28 % Fe-58
MIXM
FeNats.xsw
2056
Fe054s.xsw
 5.8
Fe056s.xsw
91.72
Fe057s.xsw
 2.2
Fe058s.xsw
 0.28


          Process Fe-nat
INCL
W2.TMP
FeNats.xsw
W1.TMP



          Process Mg-nat
INCL
W1.TMP
MgNats.xsw
W2.TMP


          Process Mn-55 (100 % natural abundance)
INCL
W2.TMP
Mn055s.xsw
W1.TMP


          Process Mo-nat
INCL
W1.TMP
MoNats.xsw
W2.TMP


          Process Nb-93 (100 % natural abundance)
INCL
W2.TMP
Nb093s.xsw
W1.TMP


          Prepare Ni-nat from
                  68.077 % Ni-58
                  26.223 % Ni-60
                   1.140 % Ni-51
                   3.634 % Ni-62
                   0.926 % Ni-64
MIXM
NiNats.xsw
58
Ni058s.xsw
68.077
Ni060s.xsw
26.223
Ni061s.xsw
 1.140
Ni062s.xsw
 3.634
Ni064s.xsw
 0.926

          Process Ni-nat
INCL
W1.TMP
NiNats.xsw
W2.TMP


          Prepare Si-nat
                  92.23 % Si-28
                   4.67 % Si-29
                   3.10 % Si-30
MIXM
SiNats.xsw
29
Si028s.xsw
92.23
Si029s.xsw
 4.67
Si030s.xsw
 3.10


          Process Si-nat
INCL
W2.TMP
SiNats.xsw
W1.TMP


          Process Ti-nat
INCL
W1.TMP
TiNats.xsw
W2.TMP


          Process V-nat
INCL
W2.TMP
V_Nats.xsw
W1.TMP


          Prepare Zr-nat
                  51.45 % Zr-90
                  11.22 % Zr-91
                  17.15 % Zr-92
                  17.38 % Zr-94
                   2.80 % Zr-96
MIXM
ZrNats.XSW
91
Zr090s.XSW
51.45
Zr091s.XSW
11.22
Zr092s.XSW
17.15
Zr094s.XSW
17.38
Zr096s.XSW
 2.80


          Process Zr-nat
INCL
W1.TMP
ZrNats.xsw
W2.TMP



          Prepare Sn-nat
MIXM
SnNats.XSW
118
Sn112s.XSW
 0.97
Sn114s.XSW
 0.65
Sn115s.XSW
 0.36
Sn116s.XSW
14.53
Sn117s.XSW
 7.68
Sn118s.XSW
24.22
Sn119s.XSW
 8.58
Sn120s.XSW
32.59
Sn122s.XSW
 4.63
Sn124s.XSW
 5.79


      Process Sn-nat
INCL
W2.TMP
SnNats.XSW
W1.TMP
121
118


      Check library integrity

CHCK
W1.TMP
WLUP07.LIB


FOBI
WLUP07.LIB
WLUP07.BIN



      8. Other Moderators
         ----------------

      Starter file: wlup07.lib
      Action      : Replace other moderators
      Output file : WLUP08.LIB
      Temp. files : W1.TMP, W2.TMP
      WIMS-D Library Update Completed

      Process H bound in Zr H
INCL
WLUP07.LIB
H_ZrHs.XSW
W1.TMP
3002
5001

      Process D bound in D2O
INCL
W1.TMP
D_D2Os.XSW
W2.TMP


2

      Process Be-nat (100 % Be-9)
INCL
W2.TMP
BeNats.XSW
W1.TMP



      Process Graphite
INCL
W1.TMP
C_Grfs.XSW
W2.TMP


4

      Check library integrity

CHCK
W2.TMP
WLUP08.LIB


FOBI
WLUP08.LIB
WLUP08.BIN


      9. Various Additional Materials
         ----------------------------

      Starter file: wlup08.lib
      Action      : Replace various additional materials
      Output file : WLUP09.LIB
      Temp. files : W1.TMP, W2.TMP
      WIMS-D Library Update Completed

      Process He-3
INCL
WLUP08.LIB
He003s.XSW
W1.TMP



      Process He-4
INCL
W1.TMP
He004s.XSW
W2.TMP



      Prepare N-nat
              99.634 % N-14
               0.366 % N-15
MIXM
N_Nats.XSW
14
N_014s.XSW
99.634
N_015s.XSW
 0.366


      Process N-Nat
INCL
W2.TMP
N_Nats.XSW
W1.TMP



      Process F-Nat (100 % F-19)
INCL
W1.TMP
F_Nats.XSW
W2.TMP



      Process P-Nat (100 % P-31)
INCL
W2.TMP
P_Nats.XSW
W1.TMP
48
31

      Process S-Nat
INCL
W1.TMP
S_Nats.XSW
W2.TMP
48
32

      Process Cl-nat
INCL
W2.TMP
ClNats.XSW
W1.TMP
48
35


      Process Li-6
INCL
W1.TMP
Li006s.XSW
W2.TMP



      Process Li-7
INCL
W2.TMP
Li007s.XSW
W1.TMP


      Process Na-nat (100 % Na-23)
INCL
W1.TMP
NaNats.XSW
W2.TMP


      Process Ca-nat (Element data in the JEF-2.2 library)
INCL
W2.TMP
CaNats.XSW
W1.TMP
48
40


      Process Ta-nat (99.988 % Ta-181, ignore Ta-182)
INCL
W1.TMP
Ta181s.XSW
W2.TMP


      Prepare W-nat
              0.13 % W-180 (ignore)
             26.3  % W-182
             14.3  % W-183
             30.67 % W-184 (lump with W-180 --> 30.8 %)
             28.6  % W-186
MIXM
W_Nats.XSW
183
W_182s.XSW
26.3
W_183s.XSW
14.3
W_184s.XSW
30.8
W_186s.XSW
28.6

      Process W-nat
INCL
W2.TMP
W_Nats.XSW
W1.TMP


      Process Sb-121
INCL
W1.TMP
Sb121s.XSW
W2.TMP


      Process Sb-123
INCL
W2.TMP
Sb123s.XSW
W1.TMP


      Process Pb-Nat
INCL
W1.TMP
PbNats.XSW
W2.TMP


      Check library integrity

CHCK
W2.TMP
WLUP09.LIB


FOBI
WLUP09.LIB
WLUP09.BIN


      10. Final sorting of the library
          ----------------------------

      Starter file: WLUP09.LIB
      Action      : - Move lead to structural materials
                    - Delete dosimetry reactions and insert
                      them at the end from archived files
      Output file : WLUP10.LIB

      Move lead data to structural materials
DELM
WLUP09.LIB
W1.TMP
207

INCL
W1.TMP
PbNats.xsw
W2.TMP
4083
207

     Delete dosimetry reactions
DELM
W2.TMP
W1.TMP
2212

DELM
W1.TMP
W2.TMP
1054

DELM
W2.TMP
W1.TMP
3058

DELM
W1.TMP
W2.TMP
1058

DELM
W2.TMP
W1.TMP
84

DELM
W1.TMP
W2.TMP
1091

DELM
W2.TMP
W1.TMP
2103

DELM
W1.TMP
W2.TMP
176

DELM
W2.TMP
W1.TMP
197

INCL
W1.TMP
C_Dmgd.xsw
W2.TMP


INCL
W2.TMP
Fe054d.xsw
W1.TMP


INCL
W1.TMP
Fe058d.xsw
W2.TMP


INCL
W2.TMP
Ni058d.xsw
W1.TMP


INCL
W1.TMP
Co059d.xsw
W2.TMP
2059

INCL
W2.TMP
Kr084d.xsw
W1.TMP


INCL
W1.TMP
ZrDmgd.xsw
W2.TMP


INCL
W2.TMP
Rh103d.xsw
W1.TMP


INCL
W1.TMP
Lu176d.xsw
W2.TMP


INCL
W2.TMP
Au197d.xsw
W1.TMP


      Check library integrity

CHCK
W1.TMP
WLUP10.LIB


FOBI
WLUP10.LIB
WLUP10.BIN

END
*deck jendl3

      WIMS-D Library Update Project
      =============================

      1. Modify the starter file
         -----------------------

      Starter file: "1986" WIMS-D Library form Winfrith (WDN29.ASC)
      Action      : - Remove unnecessary materials.
                    - Add extra fission products.
      Output file : WLUP01.LIB

      Delete pseudo-fission products and compounds
DELM
WDN29.ASC
W1.TMP
251

DELM
W1.TMP
W2.TMP
252

DELM
W2.TMP
W1.TMP
253

DELM
W1.TMP
W2.TMP
254

DELM
W2.TMP
W1.TMP
105

DELM
W1.TMP
W2.TMP
135

DELM
W2.TMP
W1.TMP
500

DELM
W1.TMP
W2.TMP
9056

DELM
W2.TMP
W1.TMP
8058

DELM
W1.TMP
W2.TMP
9058


     Include new fission spectrum

INCL
W2.TMP
FISSION.XSP
W1.TMP


      Check library integrity

CHCK
W1.TMP
WLUP01.LIB

FOBI
WLUP01.LIB
WLUP01.BIN


      2. Major Reactor Materials Replacement
         -----------------------------------

      Starter file: wlup01.lib
      Action      : Replace major reactor materials:
                    - H(H2O)
                    - O
                    - Al
                    - U235
                    - U238
      Output file : WLUP02.LIB
      Temp. files : W1.TMP, W2.TMP

      Replace moderator Hydrogen bound in water (H_H20s.XSW)

INCL
WLUP01.LIB
H_H2Os.XSW
W1.TMP


1

      Replace moderator material Oxygen (O_016s.XSW)

INCL
W1.TMP
O_016s.XSW
W2.TMP


3

      Replace structural material Aluminium-27 (Al027s.XSW)

INCL
W2.TMP
Al027s.XSW
W1.TMP



      Replace fissile material Uranium-235 (U_235a.XSW)

INCL
W1.TMP
U_235a.XSW
W2.TMP



      Replace fissile material Uranium-238 (U_238a.XSW)

INCL
W2.TMP
U_238a.XSW
W1.TMP



      Check library integrity

CHCK
W1.TMP
WLUP02.LIB

FOBI
WLUP02.LIB
WLUP02.BIN


      3. Fission Product Materials Replacement
         -------------------------------------

      Starter file: wlup02.lib
      Action      : Replace all fission products
      Output file : WLUP03.LIB
      Temp. files : W1.TMP, W2.TMP

      Process Kripton-83

INCL
WLUP02.LIB
Kr083g.XSW
W1.TMP


      Process Mo-95
INCL
W1.TMP
Mo095g.XSW
W2.TMP



      Process Tc-99

INCL
W2.TMP
Tc099g.XSW
W1.TMP



      Process Ru-101

INCL
W1.TMP
Ru101g.XSW
W2.TMP



      Process Ru-103

INCL
W2.TMP
Ru103g.XSW
W1.TMP



      Process Rh-103

INCL
W1.TMP
Rh103g.XSW
W2.TMP



      Process Rh-105

INCL
W2.TMP
Rh105g.XSW
W1.TMP



      Process Pd-105

INCL
W1.TMP
Pd105g.XSW
W2.TMP



      Process Pd-107

INCL
W2.TMP
Pd107g.XSW
W1.TMP
4108
4107

      Process Pd-108

INCL
W1.TMP
Pd108g.XSW
W2.TMP



      Process Ag-109 data for WIMS (fission product)

INCL
W2.TMP
Ag109g.XSW
W1.TMP



      Process Cd-113

INCL
W1.TMP
Cd113g.XSW
W2.TMP



      Process In-115

INCL
W2.TMP
In115g.XSW
W1.TMP



      Process Te-127m

INCL
W1.TMP
Te127m.XSW
W2.TMP
4127
5127

      Process I-127

INCL
W2.TMP
I_127g.XSW
W1.TMP



      Process I-135          (from ENDF/B-VI)

INCL
W1.TMP
I_135g.XSW
W2.TMP



      Process Xe-131

INCL
W2.TMP
Xe131g.XSW
W1.TMP



      Process Xe-134

INCL
W1.TMP
Xe134g.XSW
W2.TMP
4135
5134

      Process Xe-135

INCL
W2.TMP
Xe135g.XSW
W1.TMP



      Process Xe-136

INCL
W1.TMP
Xe136g.XSW
W2.TMP
4143
4136

      Process Cs-133

INCL
W2.TMP
Cs133g.XSW
W1.TMP



      Process Cs-134

INCL
W1.TMP
Cs134g.XSW
W2.TMP



      Process Cs-135

INCL
W2.TMP
Cs135g.XSW
W1.TMP



      Process Nd-143

INCL
W1.TMP
Nd143g.XSW
W2.TMP



      Process Nd-145

INCL
W2.TMP
Nd145g.XSW
W1.TMP



      Process Pm-147 (Capture precursor of Pm-148)

INCL
W1.TMP
Pm147g.XSW
W2.TMP



      Process Pm-147 (Capture precursor of Pm-148m)

INCL
W2.TMP
Pm147h.XSW
W1.TMP



      Process Pm-148

INCL
W1.TMP
Pm148g.XSW
W2.TMP



      Process Pm-148m      (from ENDF/B-VI)

INCL
W2.TMP
Pm148m.XSW
W1.TMP



      Process Pm-149

INCL
W1.TMP
Pm149g.XSW
W2.TMP



      Process Sm-147

INCL
W2.TMP
Sm147g.XSW
W1.TMP



      Process Sm-149

INCL
W1.TMP
Sm149g.XSW
W2.TMP



      Process Sm-150

INCL
W2.TMP
Sm150g.XSW
W1.TMP



      Process Sm-151

INCL
W1.TMP
Sm151g.XSW
W2.TMP



      Process Sm-152

INCL
W2.TMP
Sm152g.XSW
W1.TMP



      Process Eu-151

INCL
W1.TMP
Eu151g.XSW
W2.TMP
4153
5151

      Process Eu-152

INCL
W2.TMP
Eu152g.XSW
W1.TMP
4153
5152

      Process Eu-153

INCL
W1.TMP
Eu153g.XSW
W2.TMP



      Process Eu-154

INCL
W2.TMP
Eu154g.XSW
W1.TMP



      Process Eu-155

INCL
W1.TMP
Eu155g.XSW
W2.TMP



      Process Gd-154

INCL
W2.TMP
Gd154g.XSW
W1.TMP



      Process Gd-155

INCL
W1.TMP
Gd155g.XSW
W2.TMP



      Process Gd-156

INCL
W2.TMP
Gd156g.XSW
W1.TMP



      Process Gd-157

INCL
W1.TMP
Gd157g.XSW
W2.TMP



      Process Gd-158

INCL
W2.TMP
Gd158g.XSW
W1.TMP



      Process Dy-160

INCL
W1.TMP
Dy160g.XSW
W2.TMP
164
160

      Process Dy-161

INCL
W2.TMP
Dy161g.XSW
W1.TMP
164
161

      Process Dy-162

INCL
W1.TMP
Dy162g.XSW
W2.TMP
164
162

      Process Dy-163

INCL
W2.TMP
Dy163g.XSW
W1.TMP
164
163

      Process Dy-164

INCL
W1.TMP
Dy164g.XSW
W2.TMP



      Process Ho-165

INCL
W2.TMP
Ho165g.XSW
W1.TMP
167
165

      Process Er-166  (from ENDF/B-VI)

INCL
W1.TMP
Er166g.XSW
W2.TMP
167
2166

      Process Er-167  (from ENDF/B-VI)

INCL
W2.TMP
Er167g.XSW
W1.TMP
167
2167

      Process dummy f.p. precursor or U-237 (insert before 927)

INCL
W1.TMP
U_237f.XSW
W2.TMP
 927
4927

      Process dummy f.p. precursor or U-232 (insert before 9233)

INCL
W2.TMP
U_232f.XSW
W1.TMP
9233
4232


      Replace the pseudo fission product 4902

INCL
W1.TMP
PFP4902.XSW
W2.TMP



      Process Sm-148 (new f. p. inserted before 5149 = Pm-149)

INCL
W2.TMP
Sm148g.XSW
W1.TMP
5149
6148

      Process Ru-106 (new f. p. inserted before 4103 = Rh-103)

INCL
W1.TMP
Ru106g.XSW
W2.TMP
4103
4106

      Process Sb-125 (new f. p. inserted before 5127 = Te-127m)

INCL
W2.TMP
Sb125g.XSW
W1.TMP
5127
4125

      Process Cs-137 (new f. p. inserted before 6135 = I-135)

INCL
W1.TMP
Cs137g.XSW
W2.TMP
6135
4137

      Check library integrity

CHCK
W2.TMP
WLUP03.LIB



      4. Minor Actinides Replacement
         ---------------------------

      Starter file: wlup03.lib
      Action      : Replace all minor Actinides
      Output file : WLUP04.LIB
      Temp. files : W1.TMP, W2.TMP

      Process U-234

INCL
WLUP03.LIB
U_234g.XSW
W1.TMP



      Process U-236

INCL
W1.TMP
U_236g.XSW
W2.TMP



      Process U-237

INCL
W2.TMP
U_237g.XSW
W1.TMP



      Process Np-237

INCL
W1.TMP
Np237g.XSW
W2.TMP



      Process Np-239

INCL
W2.TMP
Np239g.XSW
W1.TMP



      Process Pa-231

INCL
W1.TMP
Pa231g.XSW
W2.TMP
1233
1231

      Process Pa-233

INCL
W2.TMP
Pa233g.XSW
W1.TMP



      Process U-232

INCL
W1.TMP
U_232g.XSW
W2.TMP
9233
232


      Process Pu-242

INCL
W2.TMP
Pu242g.XSW
W1.TMP



      Process Pu-242 (high concentration degraded Plutonium)

INCL
W1.TMP
Pu242h.XSW
W2.TMP
1242
 242



      Process Pu-238

INCL
W2.TMP
Pu238g.XSW
W1.TMP



      Process Am-241

INCL
W1.TMP
Am241g.XSW
W2.TMP



      Process Am-242g

INCL
W2.TMP
Am242g.XSW
W1.TMP
952
1952

      Process Am-242m

INCL
W1.TMP
Am242m.XSW
W2.TMP



      Process Am-243

INCL
W2.TMP
Am243g.XSW
W1.TMP



      Process Cm-242

INCL
W1.TMP
Cm242g.XSW
W2.TMP
1000
962

      Process Cm-243

INCL
W2.TMP
Cm243g.XSW
W1.TMP
1000
963

      Process Cm-244

INCL
W1.TMP
Cm244g.XSW
W2.TMP
1000
964

      Check library integrity

CHCK
W2.TMP
WLUP04.LIB


      5. Major Actinides Replacement
         ---------------------------

      Starter file: wlup04.lib
      Action      : Replace all remaining major Actinides
      Output file : WLUP05.LIB
      Temp. files : W1.TMP, W2.TMP

      Process Th-232

INCL
WLUP04.LIB
Th232g.XSW
W1.TMP



      Process U-233

INCL
W1.TMP
U_233g.XSW
W2.TMP



      Process Uranium-235 (U_235g.XSW)

INCL
W2.TMP
U_235g.XSW
W1.TMP



      Process Uranium-238 (U_238g.XSW)

INCL
W1.TMP
U_238g.XSW
W2.TMP



      Process Pu-239

INCL
W2.TMP
Pu239g.XSW
W1.TMP



      Process Pu-240

INCL
W1.TMP
Pu240g.XSW
W2.TMP



      Process Pu-241

INCL
W2.TMP
Pu241g.XSW
W1.TMP



      Delete old Gd-157 fission product (4157)

DELM
W1.TMP
W2.TMP
4157

      Check library integrity

CHCK
W2.TMP
WLUP05.LIB


FOBI
WLUP05.LIB
WLUP05.BIN



      6. Absorbers Materials
         -------------------

      Starter file: wlup05.lib
      Action      : Replace absorber materials
      Output file : WLUP06.LIB
      Temp. files : W1.TMP, W2.TMP

      Process B-10
INCL
WLUP05.LIB
B_010g.XSW
W2.TMP


      Process B-10 Unburnable
INCL
W2.TMP
B_010s.XSW
W1.TMP
1010

      Process B-11 (insert before B-nat 1011)
INCL
W1.TMP
B_011g.XSW
W2.TMP
1011
11

      Prepare B-nat from
              19.9 % B-10
              80.1 % B-11

MIXM
B_Nats.xsw
1011
B_010s.xsw
19.9
B_011s.xsw
80.1


      Process B-NAT

INCL
W2.TMP
B_Nats.XSW
W1.TMP


      Prepare Ag-nat from
              51.839 % Ag-107
              48.161 % Ag-109
MIXM
AgNats.xsw
3109
Ag107s.xsw
51.839
Ag109s.xsw
48.161


      Process Ag-nat
INCL
W1.TMP
AgNats.XSW
W2.TMP


      Process Cd-nat
INCL
W2.TMP
CdNats.XSW
W1.TMP


      Prepare In-nat
              4.3 % In-113
             95.7 % In-115

MIXM
InNats.xsw
2115
In113s.xsw
4.37
In115s.xsw
95.7


      Process In-nat
INCL
W1.TMP
InNats.XSW
W2.TMP


      Delete old Erbium data
DELM
W2.TMP
W1.TMP
167

      Process Hf-176
INCL
W1.TMP
Hf176g.XSW
W2.TMP



      Process Hf-177
INCL
W2.TMP
Hf177g.XSW
W1.TMP



      Process Hf-178
INCL
W1.TMP
Hf178g.XSW
W2.TMP



      Process Hf-179
INCL
W2.TMP
Hf179g.XSW
W1.TMP



      Process Hf-180
INCL
W1.TMP
Hf180g.XSW
W2.TMP



      Process Hf-nat
INCL
W2.TMP
HfNats.XSW
W1.TMP



      Process Eu-nat
INCL
W1.TMP
EuNats.XSW
W2.TMP
2154
152


      Check library integrity

CHCK
W2.TMP
WLUP06.LIB


FOBI
WLUP06.LIB
WLUP06.BIN



      7. Structural Materials
         -------------------

      Starter file: wlup06.lib
      Action      : Replace structural materials
      Output file : WLUP07.LIB
      Temp. files : W1.TMP, W2.TMP

      Process Co-59 (100% natural abundance)
INCL
WLUP06.LIB
Co059s.XSW
W2.TMP


      Process Cr-nat
INCL
W2.TMP
CrNats.xsw
W1.TMP


      Prepare Cu-nat
              69.17 % Cu-63
              30.83 % Cu-65
MIXM
CuNats.xsw
3063
Cu063s.xsw
69.17
Cu065s.xsw
30.83


      Process Cu-nat
INCL
W1.TMP
CuNats.xsw
W2.TMP



          Process Fe-nat
INCL
W2.TMP
FeNats.xsw
W1.TMP



          Process Mg-nat
INCL
W1.TMP
MgNats.xsw
W2.TMP


          Process Mn-55 (100 % natural abundance)
INCL
W2.TMP
Mn055s.xsw
W1.TMP


          Process Mo-nat
INCL
W1.TMP
MoNats.xsw
W2.TMP


          Process Nb-93 (100 % natural abundance, from ENDF/B-VI)
INCL
W2.TMP
Nb093s.xsw
W1.TMP


          Process Ni-nat
INCL
W1.TMP
NiNats.xsw
W2.TMP



          Process Si-nat
INCL
W2.TMP
SiNats.xsw
W1.TMP



          Process Ti-nat
INCL
W1.TMP
TiNats.xsw
W2.TMP



          Process V-nat
INCL
W2.TMP
V_Nats.xsw
W1.TMP



          Process Zr-nat
INCL
W1.TMP
ZrNats.xsw
W2.TMP



          Prepare Sn-nat
                   0.97 % Sn-112
                   0.65 % Sn-114
                   0.36 % Sn-115
                  14.53 % Sn-116
                   7.68 % Sn-117
                  24.22 % Sn-118
                   8.58 % Sn-119
                  32.59 % Sn-120
                   4.63 % Sn-122
                   5.79 % Sn-124
MIXM
SnNats.XSW
118
Sn112s.XSW
 0.97
Sn114s.XSW
 0.65
Sn115s.XSW
 0.36
Sn116s.XSW
14.53
Sn117s.XSW
 7.68
Sn118s.XSW
24.22
Sn119s.XSW
 8.58
Sn120s.XSW
32.59
Sn122s.XSW
 4.63
Sn124s.XSW
 5.79


      Process Sn-nat
INCL
W2.TMP
SnNats.XSW
W1.TMP
121
118


      Check library integrity

CHCK
W1.TMP
WLUP07.LIB


FOBI
WLUP07.LIB
WLUP07.BIN



      8. Other Moderators
         ----------------

      Starter file: wlup07.lib
      Action      : Replace other moderators
      Output file : WLUP08.LIB
      Temp. files : W1.TMP, W2.TMP
      WIMS-D Library Update Completed

      Process H bound in Zr H
INCL
WLUP07.LIB
H_ZrHs.XSW
W1.TMP
3002
5001

      Process D bound in D2O
INCL
W1.TMP
D_D2Os.XSW
W2.TMP


2

      Process Be-nat (100 % Be-9)
INCL
W2.TMP
BeNats.XSW
W1.TMP



      Process Graphite
INCL
W1.TMP
C_Grfs.XSW
W2.TMP


4

      Check library integrity

CHCK
W2.TMP
WLUP08.LIB


FOBI
WLUP08.LIB
WLUP08.BIN



      9. Various Additional Materials
         ----------------------------

      Starter file: wlup08.lib
      Action      : Replace various additional materials
      Output file : WLUP09.LIB
      Temp. files : W1.TMP, W2.TMP
      WIMS-D Library Update Completed

      Process He-3
INCL
WLUP08.LIB
He003s.XSW
W1.TMP



      Process He-4
INCL
W1.TMP
He004s.XSW
W2.TMP



      Prepare N-nat
              99.634 % N-14
               0.366 % N-15
MIXM
N_Nats.XSW
14
N_014s.XSW
99.634
N_015s.XSW
 0.366


      Process N-Nat
INCL
W2.TMP
N_Nats.XSW
W1.TMP



      Process F-Nat (100 % F-19)
INCL
W1.TMP
F_Nats.XSW
W2.TMP



      Process P-31 (P-nat = 100 % P-31)
INCL
W2.TMP
P_031s.XSW
W1.TMP
48
31


      Process S-nat
INCL
W1.TMP
S_Nats.XSW
W2.TMP
48
32


      Process Cl-nat  (Cl-nat = 100% Cl-35)
INCL
W2.TMP
ClNats.XSW
W1.TMP
48
35


      Process Li-6
INCL
W1.TMP
Li006s.XSW
W2.TMP



      Process Li-7
INCL
W2.TMP
Li007s.XSW
W1.TMP


      Process Na-nat (100 % Na-23)
INCL
W1.TMP
NaNats.XSW
W2.TMP


      Process Ca-nat
INCL
W2.TMP
CaNats.XSW
W1.TMP
48
40


      Process Ta-181 (99.988 % Ta-181, ignore 0.012 % Ta-180)
INCL
W1.TMP
Ta181s.XSW
W2.TMP


      Process W-nat
INCL
W2.TMP
W_Nats.XSW
W1.TMP


      Process Sb-121
INCL
W1.TMP
Sb121s.XSW
W2.TMP


      Process Sb-123
INCL
W2.TMP
Sb123s.XSW
W1.TMP


      Process Pb-Nat
INCL
W1.TMP
PbNats.XSW
W2.TMP



      Check library integrity

CHCK
W2.TMP
WLUP09.LIB


FOBI
WLUP09.LIB
WLUP09.BIN


      10. Final sorting of the library
          ----------------------------

      Starter file: WLUP09.LIB
      Action      : - Move lead to structural materials
                    - Delete dosimetry reactions and insert
                      them at the end from archived files
      Output file : WLUP10.LIB

      Move lead data to structural materials
DELM
WLUP09.LIB
W1.TMP
207

INCL
W1.TMP
PbNats.xsw
W2.TMP
4083
207

     Delete dosimetry reactions
DELM
W2.TMP
W1.TMP
2212

DELM
W1.TMP
W2.TMP
1054

DELM
W2.TMP
W1.TMP
3058

DELM
W1.TMP
W2.TMP
1058

DELM
W2.TMP
W1.TMP
84

DELM
W1.TMP
W2.TMP
1091

DELM
W2.TMP
W1.TMP
2103

DELM
W1.TMP
W2.TMP
176

DELM
W2.TMP
W1.TMP
197

INCL
W1.TMP
C_Dmgd.xsw
W2.TMP


INCL
W2.TMP
Fe054d.xsw
W1.TMP


INCL
W1.TMP
Fe058d.xsw
W2.TMP


INCL
W2.TMP
Ni058d.xsw
W1.TMP


INCL
W1.TMP
Co059d.xsw
W2.TMP
2059

INCL
W2.TMP
Kr084d.xsw
W1.TMP


INCL
W1.TMP
ZrDmgd.xsw
W2.TMP


INCL
W2.TMP
Rh103d.xsw
W1.TMP


INCL
W1.TMP
Lu176d.xsw
W2.TMP


INCL
W2.TMP
Au197d.xsw
W1.TMP


      Check library integrity

CHCK
W1.TMP
WLUP10.LIB


FOBI
WLUP10.LIB
WLUP10.BIN

END
*deck jendl3gx

      WIMS-D Library Update Project
      =============================

      1. Preparation of a library seed file
         ----------------------------------

      Starter file: New Library
      Output file : WLUP01.LIB

NEWL
WLUP00.LIB
172
45
47

     Include group boundaries
INCL
WLUP00.LIB
EGB172.DAT
W1.TMP

     Include new fission spectrum
INCL
W1.TMP
FISSION.XSP
WLUP01.LIB


      2. Light elements and strcutural materials processing
         --------------------------------------------------

      Starter file: wlup01.lib
      Output file : WLUP02.LIB
      Moderator materials, Structural materials, Absorbers
      Temp. files : W1.TMP, W2.TMP

      Process moderator Hydrogen bound in water (H_H20s.XSW)

INCL
WLUP01.LIB
H_H2Os.XSW
W1.TMP

1

      Process H bound in Zr H

INCL
W1.TMP
H_ZrHs.XSW
W2.TMP



      Process D bound in D2O

INCL
W2.TMP
D_D2Os.XSW
W1.TMP

2


       Process He-3

INCL
W1.TMP
He003s.XSW
W2.TMP



      Process He-4

INCL
W2.TMP
He004s.XSW
W1.TMP



       Process Li-6

INCL
W1.TMP
Li006s.XSW
W2.TMP



      Process Li-7

INCL
W2.TMP
Li007s.XSW
W1.TMP



       Process Be-nat (100 % Be-9)

INCL
W1.TMP
BeNats.XSW
W2.TMP



      Process B-10

INCL
W2.TMP
B_010g.XSW
W1.TMP



      Process B-10 Unburnable

INCL
W1.TMP
B_010s.XSW
W2.TMP
1010


      Process B-11

INCL
W2.TMP
B_011g.XSW
W1.TMP




      Prepare B-nat from
              19.9 % B-10
              80.1 % B-11

MIXM
B_Nats.xsw
1011
B_010s.xsw
19.9
B_011s.xsw
80.1


      Process B-NAT

INCL
W1.TMP
B_Nats.XSW
W2.TMP



      Process Graphite

INCL
W2.TMP
C_Grfs.XSW
W1.TMP

4

       Prepare N-nat
              99.634 % N-14
               0.366 % N-15
MIXM
N_Nats.XSW
14
N_014s.XSW
99.634
N_015s.XSW
 0.366



	Process N-Nat

INCL
W1.TMP
N_Nats.XSW
W2.TMP



    Process Oxygen-16

INCL
W2.TMP
O_016s.XSW
W1.TMP

3

       Process F-Nat (100 % F-19)

INCL
W1.TMP
F_Nats.XSW
W2.TMP



      Process Na-nat (100 % Na-23)

INCL
W2.TMP
NaNats.XSW
W1.TMP



          Process Mg-nat

INCL
W1.TMP
MgNats.xsw
W2.TMP



      Process Aluminium-27

INCL
W2.TMP
Al027s.XSW
W1.TMP



          Process Si-nat (Element data in the JENDL-3.2 file)

INCL
W1.TMP
SiNats.xsw
W2.TMP



      Process P-31 (P-nat = 100 % P-31)

INCL
W2.TMP
P_031s.XSW
W1.TMP



      Process S-nat (Element data in the JENDL-3.2 file)

INCL
W1.TMP
S_Nats.XSW
W2.TMP



       Process Cl-nat (Element data in the JENDL-3.2 file)

INCL
W2.TMP
ClNats.XSW
W1.TMP



        Process Ca-nat (Element data in the JENDL-3.2 file)

INCL
W1.TMP
CaNats.XSW
W2.TMP



           Process Ti-nat

INCL
W2.TMP
TiNats.xsw
W1.TMP



          Process V-nat

INCL
W1.TMP
V_Nats.xsw
W2.TMP



      Process Cr-nat (Element data in the JENDL-3.2 file)

INCL
W2.TMP
CrNats.xsw
W1.TMP



          Process Mn-55 (100 % natural abundance)

INCL
W1.TMP
Mn055s.xsw
W2.TMP



          Process Fe-nat (Element data in the JENDL-3.2 file)

INCL
W2.TMP
FeNats.xsw
W1.TMP



          Process Ni-nat (Element data in the JENDL-3.2 file)

INCL
W1.TMP
NiNats.xsw
W2.TMP



      Process Co-59 (100% natural abundance)

INCL
W2.TMP
Co059s.XSW
W1.TMP



      Prepare Cu-nat
              69.17 % Cu-63
              30.83 % Cu-65
MIXM
CuNats.xsw
3063
Cu063s.xsw
69.17
Cu065s.xsw
30.83


      Process Cu-nat

INCL
W1.TMP
CuNats.xsw
W2.TMP



          Process Zr-nat

INCL
W2.TMP
ZrNats.xsw
W1.TMP



          Process Nb-93 (100 % natural abundance from ENDF/B-VI)

INCL
W1.TMP
Nb093s.xsw
W2.TMP



          Process Mo-nat

INCL
W2.TMP
MoNats.xsw
W1.TMP



      Prepare Ag-nat from
              51.839 % Ag-107
              48.161 % Ag-109
MIXM
AgNats.xsw
3109
Ag107s.xsw
51.839
Ag109s.xsw
48.161


      Process Ag-nat
INCL
W1.TMP
AgNats.XSW
W2.TMP


      Process Cd-nat (Element data in the JENDL-3.2 file)
INCL
W2.TMP
CdNats.XSW
W1.TMP


      Prepare In-nat
              4.3 % In-113
             95.7 % In-115

MIXM
InNats.xsw
2115
In113s.xsw
4.37
In115s.xsw
95.7


      Process In-nat
INCL
W1.TMP
InNats.XSW
W2.TMP


          Prepare Sn-nat
                   0.97 % Sn-112
                   0.65 % Sn-114
                   0.36 % Sn-115
                  14.53 % Sn-116
                   7.68 % Sn-117
                  24.22 % Sn-118
                   8.58 % Sn-119
                  32.59 % Sn-120
                   4.63 % Sn-122
                   5.79 % Sn-124
MIXM
SnNats.XSW
118
Sn112s.XSW
 0.97
Sn114s.XSW
 0.65
Sn115s.XSW
 0.36
Sn116s.XSW
14.53
Sn117s.XSW
 7.68
Sn118s.XSW
24.22
Sn119s.XSW
 8.58


      Process Sn-nat
INCL
W2.TMP
SnNats.XSW
W1.TMP




      Process Sb-121

INCL
W1.TMP
Sb121s.XSW
W2.TMP



      Process Sb-123

INCL
W2.TMP
Sb123s.XSW
W1.TMP



      Process Eu-nat

INCL
W1.TMP
EuNats.XSW
W2.TMP



      Process Gd-154

INCL
W2.TMP
Gd154g.XSW
W1.TMP



      Process Gd-155

INCL
W1.TMP
Gd155g.XSW
W2.TMP



      Process Gd-156

INCL
W2.TMP
Gd156g.XSW
W1.TMP



      Process Gd-157

INCL
W1.TMP
Gd157g.XSW
W2.TMP



      Process Gd-158

INCL
W2.TMP
Gd158g.XSW
W1.TMP



      Process Dy-160

INCL
W1.TMP
Dy160g.XSW
W2.TMP



      Process Dy-161

INCL
W2.TMP
Dy161g.XSW
W1.TMP



      Process Dy-162

INCL
W1.TMP
Dy162g.XSW
W2.TMP



      Process Dy-163

INCL
W2.TMP
Dy163g.XSW
W1.TMP



      Process Dy-164

INCL
W1.TMP
Dy164g.XSW
W2.TMP



      Process Ho-165

INCL
W2.TMP
Ho165g.XSW
W1.TMP



      Process Er-166

INCL
W1.TMP
Er166g.XSW
W2.TMP



      Process Er-167 (from ENDF/B-VI)

INCL
W2.TMP
Er167g.XSW
W1.TMP



      Process Hf-176

INCL
W1.TMP
Hf176g.XSW
W2.TMP



      Process Hf-177

INCL
W2.TMP
Hf177g.XSW
W1.TMP



      Process Hf-178

INCL
W1.TMP
Hf178g.XSW
W2.TMP



      Process Hf-179

INCL
W2.TMP
Hf179g.XSW
W1.TMP



      Process Hf-180

INCL
W1.TMP
Hf180g.XSW
W2.TMP



      Process Hf-nat (Element data in the JENDL-3.2 file)

INCL
W2.TMP
HfNats.XSW
W1.TMP



      Process Ta-181 (99.988 % Ta-181, ignore 0.012 % Ta-180)

INCL
W1.TMP
Ta181s.XSW
W2.TMP



      Process W-nat (Element data in the JENDL-3.2 file)

INCL
W2.TMP
W_Nats.XSW
W1.TMP



      Process Pb-Nat (Element data in the JENDL-3.2 file)
INCL
W1.TMP
PbNats.XSW
W2.TMP



      Check library integrity

CHCK
W2.TMP
WLUP02.LIB


FOBI
WLUP02.LIB
WLUP02.BIN




      3. Fission Product Materials Processing
         -------------------------------------

      Starter file: wlup02.lib
      Action      : Include all fission products
      Output file : WLUP03.LIB
      Temp. files : W1.TMP, W2.TMP

      Process Krypton-83

INCL
WLUP02.LIB
Kr083g.XSW
W1.TMP


      Process Mo-95
INCL
W1.TMP
Mo095g.XSW
W2.TMP



      Process Tc-99

INCL
W2.TMP
Tc099g.XSW
W1.TMP



      Process Ru-101

INCL
W1.TMP
Ru101g.XSW
W2.TMP



      Process Ru-103

INCL
W2.TMP
Ru103g.XSW
W1.TMP



     Process Ru-106

INCL
W1.TMP
Ru106g.XSW
W2.TMP



       Process Rh-103

INCL
W2.TMP
Rh103g.XSW
W1.TMP



      Process Rh-105

INCL
W1.TMP
Rh105g.XSW
W2.TMP



      Process Pd-105

INCL
W2.TMP
Pd105g.XSW
W1.TMP



      Process Pd-107

INCL
W1.TMP
Pd107g.XSW
W2.TMP



      Process Pd-108

INCL
W2.TMP
Pd108g.XSW
W1.TMP



      Process Ag-109 data for WIMS (fission product)

INCL
W1.TMP
Ag109g.XSW
W2.TMP



      Process Cd-113

INCL
W2.TMP
Cd113g.XSW
W1.TMP



      Process In-115

INCL
W1.TMP
In115g.XSW
W2.TMP



      Process Sb-125

INCL
W2.TMP
Sb125g.XSW
W1.TMP




      Process Te-127m

INCL
W1.TMP
Te127m.XSW
W2.TMP



      Process I-127

INCL
W2.TMP
I_127g.XSW
W1.TMP



       Process Xe-131

INCL
W1.TMP
Xe131g.XSW
W2.TMP



      Process Cs-133

INCL
W2.TMP
Cs133g.XSW
W1.TMP



      Process Cs-134

INCL
W1.TMP
Cs134g.XSW
W2.TMP



      Process Cs-137

INCL
W2.TMP
Cs137g.XSW
W1.TMP



       Process I-135 (from ENDF/B-VI)

INCL
W1.TMP
I_135g.XSW
W2.TMP



      Process Xe-134

INCL
W2.TMP
Xe134g.XSW
W1.TMP



      Process Xe-135

INCL
W1.TMP
Xe135g.XSW
W2.TMP



      Process Cs-135

INCL
W2.TMP
Cs135g.XSW
W1.TMP



      Process Xe-136

INCL
W1.TMP
Xe136g.XSW
W2.TMP


      Process Nd-143

INCL
W2.TMP
Nd143g.XSW
W1.TMP



      Process Nd-145

INCL
W1.TMP
Nd145g.XSW
W2.TMP



      Process Pm-147 (Capture precursor of Pm-148)

INCL
W2.TMP
Pm147g.XSW
W1.TMP



      Process Pm-147 (Capture precursor of Pm-148m)

INCL
W1.TMP
Pm147h.XSW
W2.TMP



      Process Sm-147

INCL
W2.TMP
Sm147g.XSW
W1.TMP



       Process Pm-148m (from ENDF/B-VI)

INCL
W1.TMP
Pm148m.XSW
W2.TMP



      Process Pm-148

INCL
W2.TMP
Pm148g.XSW
W1.TMP



      Process Sm-148 (new f. p. inserted before 5149 = Pm-149)

INCL
W1.TMP
Sm148g.XSW
W2.TMP



      Process Pm-149

INCL
W2.TMP
Pm149g.XSW
W1.TMP



      Process Sm-149

INCL
W1.TMP
Sm149g.XSW
W2.TMP



      Process Sm-150

INCL
W2.TMP
Sm150g.XSW
W1.TMP



      Process Sm-151

INCL
W1.TMP
Sm151g.XSW
W2.TMP



      Process Sm-152

INCL
W2.TMP
Sm152g.XSW
W1.TMP



      Process Eu-151

INCL
W1.TMP
Eu151g.XSW
W2.TMP



      Process Eu-152

INCL
W2.TMP
Eu152g.XSW
W1.TMP



      Process Eu-153

INCL
W1.TMP
Eu153g.XSW
W2.TMP



      Process Eu-154

INCL
W2.TMP
Eu154g.XSW
W1.TMP



      Process Eu-155

INCL
W1.TMP
Eu155g.XSW
W2.TMP



      Process pseudo fission product 4902

INCL
W2.TMP
PFP4902.XSW
W1.TMP



      Check library integrity

CHCK
W1.TMP
WLUP03.LIB


FOBI
WLUP03.LIB
WLUP03.BIN




      4. Major and Minor Actinides Processing
         ------------------------------------

      Starter file: wlup03.lib
      Action      : Process all major and minor actinides
      Output file : WLUP04.LIB
      Temp. files : W1.TMP, W2.TMP

      Process Th-232

INCL
WLUP03.LIB
Th232g.XSW
W1.TMP



      Process dummy fission product precursor of U-232 from U-233(n,2n)

INCL
W1.TMP
U_232f.XSW
W2.TMP



      Process U-232

INCL
W2.TMP
U_232g.XSW
W1.TMP



      Process U-233

INCL
W1.TMP
U_233g.XSW
W2.TMP



      Process Pa-231

INCL
W2.TMP
Pa231g.XSW
W1.TMP



      Process Pa-233

INCL
W1.TMP
Pa233g.XSW
W2.TMP



      Process U-234

INCL
W2.TMP
U_234g.XSW
W1.TMP



      Process Uranium-235 (U_235g.XSW)

INCL
W1.TMP
U_235g.XSW
W2.TMP


      Process U-236

INCL
W2.TMP
U_236g.XSW
W1.TMP



       Process U-237 as a dummy fission product

INCL
W1.TMP
U_237f.XSW
W2.TMP



      Process U-237

INCL
W2.TMP
U_237g.XSW
W1.TMP



       Process Uranium-238 (U_238g.XSW)

INCL
W1.TMP
U_238g.XSW
W2.TMP


      Process Np-237

INCL
W2.TMP
Np237g.XSW
W1.TMP



      Process Np-239

INCL
W1.TMP
Np239g.XSW
W2.TMP



      Process Pu-238

INCL
W2.TMP
Pu238g.XSW
W1.TMP



       Process Pu-239

INCL
W1.TMP
Pu239g.XSW
W2.TMP



      Process Pu-240

INCL
W2.TMP
Pu240g.XSW
W1.TMP



      Process Pu-241

INCL
W1.TMP
Pu241g.XSW
W2.TMP


      Process Pu-242

INCL
W2.TMP
Pu242g.XSW
W1.TMP



      Process Pu-242 (high concentration degraded Plutonium)

INCL
W1.TMP
Pu242h.XSW
W2.TMP



      Process Am-241

INCL
W2.TMP
Am241g.XSW
W1.TMP



      Process Am-242g

INCL
W1.TMP
Am242g.XSW
W2.TMP



      Process Am-242m

INCL
W2.TMP
Am242m.XSW
W1.TMP



      Process Am-243

INCL
W1.TMP
Am243g.XSW
W2.TMP



      Process Cm-242

INCL
W2.TMP
Cm242g.XSW
W1.TMP



      Process Cm-243

INCL
W1.TMP
Cm243g.XSW
W2.TMP



      Process Cm-244

INCL
W2.TMP
Cm244g.XSW
W1.TMP


      Check library integrity

CHCK
W1.TMP
WLUP04.LIB


FOBI
WLUP04.LIB
WLUP04.BIN



END
