ENTRY 11139 20210317 14831113900000001
SUBENT 11139001 20210317 14831113900100001
BIB 8 29 1113900100002
TITLE The Slow Neutron Cross Sections of Indium, Gold, 1113900100003
Silver, Antimony, Lithium, and Mercury as Measured 1113900100004
with a Neutron Beam Spectrometer 1113900100005
AUTHOR (W.W.Havens Jr,J.Rainwater) 1113900100006
REFERENCE (J,PR,70,154,1946) 1113900100007
#doi:10.1103/PhysRev.70.154 1113900100008
INSTITUTE (1USACOL) 1113900100009
FACILITY (CYCLO,1USACOL) 1113900100010
METHOD (TRN,TOF) The variations of the slow neutron 1113900100011
transmissions of In, Au, Ag, Sb, Li, and Hg have been 1113900100012
investigated as a function of the time-of-flight of 1113900100013
the incident neutrons for a 5.4-meter path by use of 1113900100014
a neutron beam spectrometer. 1113900100015
COMMENT Compiler's comment: Plots were digitized vs. neutron 1113900100016
time of flight in microsec/meter and converted to 1113900100017
energy by compiler using the relation 1113900100018
E = (72.3/t)**2 eV which gives the neutron 1113900100019
energy for a timing t, microsec/meter from. Formula 1113900100020
was taken from Phys. Rev. 71, 165 (1947) and verified 1113900100021
using the method of visual inspection. Transmission 1113900100022
data are more reliable, while cross section scale is 1113900100023
less obvious. 1113900100024
HISTORY (19760628T) Translated from SCISRS. 1113900100025
(19800814A) Converted to reaction formalism. 1113900100026
(20210317A) BP: Updated to new date formats, lower 1113900100027
case. Corrections according last EXFOR rules and 1113900100028
Dict. Added thermal cross section data based on cross 1113900100029
section curve approximations, sample, method and doi. 1113900100030
Digitized the data. Subentries 10-33 were added. 1113900100031
ENDBIB 29 0 1113900100032
NOCOMMON 0 0 1113900100033
ENDSUBENT 32 0 1113900199999
SUBENT 11139002 20210317 14831113900200001
BIB 7 31 1113900200002
REACTION (3-LI-0(N,ABS),,SIG) 1113900200003
REL-REF (R,,H.H.Goldsmith+,J,PR,50,328,1936) 1113900200004
(R,,G.A.Fink,J,PR,50,738,1936) Fluorine cross sections.1113900200005
SAMPLE This salt was tightly packed in an aluminum container 1113900200006
such that there were 4.85 g/cm2 of LiF and 0.418 1113900200007
g/cm2 of aluminum in the beam for the thicker sample 1113900200008
and 0.862 g/cm2 of LiF and 0.418 g/cm2 of aluminum in 1113900200009
the beam for the thinner sample. The lithium fluoride 1113900200010
was obtained from the City Chemical Corporation and 1113900200011
was of analytical reagent grade. The salt was dried 1113900200012
at 120 degrees C for 48 hours before being packed in 1113900200013
the container. 1113900200014
ANALYSIS If the cross section of aluminum is assumed to be 1113900200015
1.5x10**(-24) cm2/atom, and that of fluorine 1113900200016
2.5x10**(-24) cm2/atom and these cross sections are 1113900200017
assumed constant over the energy interval studied, 1113900200018
then the absorption due to the aluminum and the 1113900200019
fluorine will be equivalent to a reduction in the 1113900200020
transmission to T=0.938 for the 0.862 g/cm2 sample 1113900200021
and to T=0.826 for the 4.85 g/cm2 sample. The 1113900200022
experimental results then indicate that the slow 1113900200023
neutron cross section of lithium follows a 1/v law 1113900200024
and may be expressed as the sum of a constant term 1113900200025
and a 1/v term: sigma = [(11.5+- 0.2) *E**-1/2 + 1113900200026
(1.7+- 0.2) ]*10**-24 cm2/atom if the cross section 1113900200027
of fluorine is assumed to be constant at 2.5x10**24 1113900200028
cm2/atom. E is the neutron energy in eV. 1113900200029
ERR-ANALYS (DATA-ERR) Cross section curve calculations. 1113900200030
HISTORY (20210317A) BP: Added sample and analysis, corrected 1113900200031
cross section values using formula. 1113900200032
STATUS (TABLE) Page 169. 1113900200033
ENDBIB 31 0 1113900200034
NOCOMMON 0 0 1113900200035
DATA 3 1 1113900200036
EN DATA DATA-ERR 1113900200037
EV B B 1113900200038
2.53E-02 7.40E+01 1.45 1113900200039
ENDDATA 3 0 1113900200040
ENDSUBENT 39 0 1113900299999
SUBENT 11139003 20210317 14831113900300001
BIB 6 17 1113900300002
REACTION (3-LI-0(N,TOT),,SIG) 1113900300003
SAMPLE This salt was tightly packed in an aluminum container 1113900300004
such that there were 4.85 g/cm2 of LiF and 0.418 1113900300005
g/cm2. The lithium fluoride was obtained from the 1113900300006
City Chemical Corporation and was of analytical 1113900300007
reagent grade. The salt was dried at 120 degrees C 1113900300008
for 48 hours before being packed in the container. 1113900300009
METHOD Resolution width was approximately 20 microsec/meter. 1113900300010
ANALYSIS Outside resonances, the cross section from the 1113900300011
experimental transmission T by using the formula 1113900300012
T=exp(-n sigma), where n is the number of atoms per 1113900300013
cm2 in the sample. 1113900300014
STATUS (DEP,11139013) 1113900300015
(CURVE) Fig. 14, page 168; values converted by 1113900300016
compiler as described under the compiler's comment. 1113900300017
HISTORY (20210317A) BP: Replaced SCISRS data with plot 1113900300018
digitization. 1113900300019
ENDBIB 17 0 1113900300020
NOCOMMON 0 0 1113900300021
DATA 2 11 1113900300022
EN DATA 1113900300023
EV B 1113900300024
31.696 1.563 1113900300025
12.474 2.393 1113900300026
6.767 4.220 1113900300027
3.420 5.568 1113900300028
2.715 6.844 1113900300029
1.950 8.465 1113900300030
1.525 9.810 1113900300031
1.145 11.364 1113900300032
0.784 14.089 1113900300033
0.647 15.607 1113900300034
0.553 16.919 1113900300035
ENDDATA 13 0 1113900300036
ENDSUBENT 35 0 1113900399999
SUBENT 11139004 20210317 14831113900400001
BIB 6 22 1113900400002
REACTION (47-AG-0(N,TOT),,SIG) 1113900400003
SAMPLE A 19.8 g/cm2 disk of metallic silver was used. A 1113900400004
preliminary run on the thin sample in the thermal 1113900400005
region gave sufficient data to indicate the thickness 1113900400006
of the sample which would give best results in this 1113900400007
region. Therefore, the thick sample was cut 1113900400008
approximately in half and a sample containing 7.84 1113900400009
g/cm2 was used for the rest of the measurements an 1113900400010
silver. 1113900400011
METHOD Resolution width was approximately 50 microsec/meter. 1113900400012
ANALYSIS Outside resonances, the cross section from the 1113900400013
experimental transmission T by using the formula 1113900400014
T=exp(-n sigma), where n is the number of atoms per 1113900400015
cm2 in the sample. Silver cross sections can be 1113900400016
expressed as sigma = [(4.2+-0.3) + (0.64+-0.02)*E**(-1/1113900400017
2)]x10**(-24) cm2/atom. E is the neutron energy in eV. 1113900400018
STATUS (DEP,11139016) 1113900400019
(CURVE) Fig. 10, page 164; values converted by 1113900400020
compiler as described under the compiler's comment. 1113900400021
HISTORY (19820107U) BIB update. 1113900400022
(20210317A) BP: Replaced BNL-325 data with plot 1113900400023
digitization. 1113900400024
ENDBIB 22 0 1113900400025
NOCOMMON 0 0 1113900400026
DATA 2 49 1113900400027
EN DATA 1113900400028
EV B 1113900400029
432.879 7.676 1113900400030
93.878 9.714 1113900400031
88.902 12.710 1113900400032
48.581 14.749 1113900400033
11.067 12.151 1113900400034
10.907 14.466 1113900400035
8.703 33.797 1113900400036
8.084 9.969 1113900400037
6.838 60.753 1113900400038
5.235 99.417 1113900400039
4.342 70.005 1113900400040
2.766 29.967 1113900400041
2.670 22.614 1113900400042
2.284 18.934 1113900400043
2.064 17.706 1113900400044
1.705 16.612 1113900400045
1.367 17.423 1113900400046
1.005 17.549 1113900400047
0.771 16.995 1113900400048
0.723 19.443 1113900400049
0.531 20.110 1113900400050
0.457 21.464 1113900400051
0.436 20.236 1113900400052
0.334 24.578 1113900400053
0.246 25.239 1113900400054
0.204 26.995 1113900400055
0.165 29.837 1113900400056
0.136 31.453 1113900400057
0.119 34.300 1113900400058
0.098 35.232 1113900400059
0.084 36.576 1113900400060
0.074 40.508 1113900400061
0.065 42.262 1113900400062
0.057 45.782 1113900400063
0.051 47.535 1113900400064
0.045 50.375 1113900400065
0.037 53.337 1113900400066
0.033 56.042 1113900400067
0.032 59.162 1113900400068
0.028 61.454 1113900400069
0.026 64.432 1113900400070
0.024 64.275 1113900400071
0.022 69.159 1113900400072
0.020 70.504 1113900400073
0.019 70.757 1113900400074
0.018 75.779 1113900400075
0.017 73.993 1113900400076
0.016 74.925 1113900400077
0.015 81.720 1113900400078
ENDDATA 51 0 1113900400079
ENDSUBENT 78 0 1113900499999
SUBENT 11139005 20210317 14831113900500001
BIB 6 17 1113900500002
REACTION (80-HG-0(N,TOT),,SIG) 1113900500003
SAMPLE The mercury was U.S.P. XII redistilled - purchased 1113900500004
from the Mallinkrodt Chemical Works. For the 1113900500005
preliminary investigation of the entire transmission 1113900500006
curve of mercury, a sample containing 3.25 g/cm2 of 1113900500007
the liquid was used. 1113900500008
METHOD Resolution width was approximately 100 microsec/meter. 1113900500009
ANALYSIS Outside resonances, the cross section from the 1113900500010
experimental transmission T by using the formula 1113900500011
T=exp(-n sigma), where n is the number of atoms per 1113900500012
cm2 in the sample 1113900500013
STATUS (DEP,11139019) 1113900500014
(CURVE) Fig. 16, page 169; values converted by 1113900500015
compiler as described under the compiler's comment. 1113900500016
HISTORY (19820107U) BIB update. 1113900500017
(20210317A) BP: Replaced BNL-325 data with plot 1113900500018
digitization. 1113900500019
ENDBIB 17 0 1113900500020
NOCOMMON 0 0 1113900500021
DATA 2 33 1113900500022
EN DATA 1113900500023
EV B 1113900500024
7661.548 13.106 1113900500025
72.078 19.348 1113900500026
67.563 15.603 1113900500027
16.428 21.220 1113900500028
7.841 21.220 1113900500029
3.194 21.220 1113900500030
2.106 33.078 1113900500031
1.256 44.936 1113900500032
0.958 54.922 1113900500033
0.755 61.787 1113900500034
0.592 81.759 1113900500035
0.478 77.390 1113900500036
0.412 91.121 1113900500037
0.351 98.610 1113900500038
0.316 117.333 1113900500039
0.254 127.319 1113900500040
0.241 134.809 1113900500041
0.206 139.177 1113900500042
0.181 145.418 1113900500043
0.170 154.780 1113900500044
0.151 168.511 1113900500045
0.118 192.851 1113900500046
0.097 210.326 1113900500047
0.086 225.929 1113900500048
0.077 247.149 1113900500049
0.065 257.759 1113900500050
0.051 288.340 1113900500051
0.046 306.440 1113900500052
0.040 327.035 1113900500053
0.037 340.142 1113900500054
0.031 365.730 1113900500055
0.028 386.326 1113900500056
0.026 404.426 1113900500057
ENDDATA 35 0 1113900500058
ENDSUBENT 57 0 1113900599999
SUBENT 11139006 20210317 14831113900600001
BIB 3 5 1113900600002
REACTION 1(47-AG-0(N,0),,EN) 1113900600003
2(47-AG-0(N,TOT),,WID,,SQ/S0) 1113900600004
ERR-ANALYS (DATA-ERR) No details on sources of uncertainties. 1113900600005
STATUS (DEP,11139004) 1113900600006
(TABLE) page 166. 1113900600007
ENDBIB 5 0 1113900600008
NOCOMMON 0 0 1113900600009
DATA 3 3 1113900600010
DATA 1DATA-ERR 1DATA 2 1113900600011
EV EV B*EV-SQ 1113900600012
5.1 0.2 300. 1113900600013
13.7 1. 14. 1113900600014
43. 5. 380. 1113900600015
ENDDATA 5 0 1113900600016
ENDSUBENT 15 0 1113900699999
SUBENT 11139007 20210317 14831113900700001
BIB 3 7 1113900700002
REACTION 1(49-IN-0(N,0),,EN) 1113900700003
2(49-IN-0(N,TOT),,WID,,SQ/S0) 1113900700004
3(49-IN-0(N,TOT),,WID) 1113900700005
4(49-IN-0(N,TOT),,SIG,,RES) 1113900700006
ERR-ANALYS (DATA-ERR) No details on sources of uncertainties. 1113900700007
STATUS (DEP,11139027) 1113900700008
(TABLE) page 162. 1113900700009
ENDBIB 7 0 1113900700010
NOCOMMON 0 0 1113900700011
DATA 6 1 1113900700012
DATA 1DATA-ERR 1DATA 2DATA-ERR 2DATA-MAX 3DATA-MIN 41113900700013
EV EV B*EV-SQ B*EV-SQ EV B 1113900700014
1.44 0.04 210. 60. 0.2 5200.1113900700015
ENDDATA 3 0 1113900700016
ENDSUBENT 15 0 1113900799999
SUBENT 11139008 20210317 14831113900800001
BIB 3 5 1113900800002
REACTION 1(51-SB-0(N,0),,EN) 1113900800003
2(51-SB-0(N,TOT),,WID,,SQ/S0) 1113900800004
ERR-ANALYS (DATA-ERR) No details on sources of uncertainties. 1113900800005
STATUS (DEP,11139031) 1113900800006
(TABLE) pages 168-169. 1113900800007
ENDBIB 5 0 1113900800008
NOCOMMON 0 0 1113900800009
DATA 3 2 1113900800010
DATA 1DATA-ERR 1DATA 2 1113900800011
EV EV B*EV-SQ 1113900800012
6.3 0.5 20. 1113900800013
19.2 1.0 210. 1113900800014
ENDDATA 4 0 1113900800015
ENDSUBENT 14 0 1113900899999
SUBENT 11139009 20210317 14831113900900001
BIB 3 8 1113900900002
REACTION 1(79-AU-197(N,0),,EN) 1113900900003
2(79-AU-197(N,TOT),,WID,,SQ/S0) 1113900900004
3(79-AU-197(N,TOT),,WID) 1113900900005
4(79-AU-197(N,TOT),,SIG,,RES) 1113900900006
ERR-ANALYS (DATA-ERR) No details on sources of uncertainties. 1113900900007
STATUS (DEP,11139029) 1113900900008
(DEP,11139030) 1113900900009
(TABLE) page 163. 1113900900010
ENDBIB 8 0 1113900900011
NOCOMMON 0 0 1113900900012
DATA 6 1 1113900900013
DATA 1DATA-ERR 1DATA 2DATA-ERR 2DATA-MAX 3DATA-MIN 41113900900014
EV EV B*EV-SQ B*EV-SQ EV B 1113900900015
4.8 0.2 600. 80. 0.5 2400.1113900900016
ENDDATA 3 0 1113900900017
ENDSUBENT 16 0 1113900999999
SUBENT 11139010 20210410 14831113901000001
BIB 6 13 1113901000002
REACTION (47-AG-0(N,ABS),,SIG) 1113901000003
SAMPLE A 19.8 g/cm2 disk of metallic silver was used. 1113901000004
Transmission measurements were made using a thin 1113901000005
sample containing 1.043 g/cm2, in the vicinity of 32 1113901000006
microseconds/meter. 1113901000007
ANALYSIS In the thermal region, the Ag 1113901000008
cross-section curves can be resolved into the sum of 1113901000009
a constant term and a 1/v term: sigma = [(9.05+- 1113901000010
0.10)*E**-1/2 + (6.6+-0.5)]*10**-24 cm2/atom. 1113901000011
E is the neutron energy in eV. 1113901000012
ERR-ANALYS (DATA-ERR) Cross section curve calculations. 1113901000013
STATUS (TABLE) page 165. 1113901000014
HISTORY (20210317C) BP 1113901000015
ENDBIB 13 0 1113901000016
NOCOMMON 0 0 1113901000017
DATA 3 1 1113901000018
EN DATA DATA-ERR 1113901000019
EV B B 1113901000020
2.53E-02 63.5E+01 0.62 1113901000021
ENDDATA 3 0 1113901000022
ENDSUBENT 21 0 1113901099999
SUBENT 11139011 20210410 14831113901100001
BIB 6 11 1113901100002
REACTION (51-SB-0(N,ABS),,SIG) 1113901100003
SAMPLE The sample used contained 22.41 g/cm2 of metallic 1113901100004
antimony. 1113901100005
ANALYSIS In the thermal region, the Sb 1113901100006
cross-section curves can be resolved into the sum of 1113901100007
a constant term and a 1/v term: sigma = [(0.64+- 1113901100008
0.02)*E**-1/2 + (4.2+-0.3)]*10**-24 cm2/atom. 1113901100009
E is the neutron energy in eV. 1113901100010
ERR-ANALYS (DATA-ERR) Cross section curve calculations. 1113901100011
STATUS (TABLE) page 167. 1113901100012
HISTORY (20210317C) BP 1113901100013
ENDBIB 11 0 1113901100014
NOCOMMON 0 0 1113901100015
DATA 3 1 1113901100016
EN DATA DATA-ERR 1113901100017
EV B B 1113901100018
2.53E-02 8.22E+00 0.43 1113901100019
ENDDATA 3 0 1113901100020
ENDSUBENT 19 0 1113901199999
SUBENT 11139012 20210410 14831113901200001
BIB 6 13 1113901200002
REACTION (80-HG-0(N,ABS),,SIG) 1113901200003
SAMPLE The mercury was U.S.P. XII redistilled - purchased 1113901200004
from the Mallinkrodt Chemical Works. For the 1113901200005
preliminary investigation of the entire transmission 1113901200006
curve of mercury, a sample containing 3.25 g/cm2 of 1113901200007
the liquid was used. 1113901200008
ANALYSIS The Hg cross section below 5 eV was well matched 1113901200009
by the relation sigma = [((64+-3)*E**-1/2)*((1+E)/ 1113901200010
2.0)**-2]*10**-24 cm2/atom. 1113901200011
E is the neutron energy in eV. 1113901200012
ERR-ANALYS (DATA-ERR) Cross section curve calculations. 1113901200013
STATUS (TABLE) page 171. 1113901200014
HISTORY (20210317C) BP 1113901200015
ENDBIB 13 0 1113901200016
NOCOMMON 0 0 1113901200017
DATA 3 1 1113901200018
EN DATA DATA-ERR 1113901200019
EV B B 1113901200020
2.53E-02 3.81E-01 0.017 1113901200021
ENDDATA 3 0 1113901200022
ENDSUBENT 21 0 1113901299999
SUBENT 11139013 20210417 14831113901300001
BIB 5 12 1113901300002
REACTION (3-LI-0(N,TOT),,TRN) 1113901300003
SAMPLE This salt was tightly packed in an aluminum container 1113901300004
such that there were 4.85 g/cm2 of LiF and 0.418 1113901300005
g/cm2 of aluminum. The lithium fluoride was obtained 1113901300006
from the City Chemical Corporation and was of 1113901300007
analytical reagent grade. The salt was dried at 120 1113901300008
degrees C for 48 hours before being packed in the 1113901300009
container. 1113901300010
METHOD Resolution width was approximately 20 microsec/meter. 1113901300011
STATUS (CURVE) Fig. 14, page 168; values converted by 1113901300012
compiler as described under the compiler's comment. 1113901300013
HISTORY (20210317C) BP. 1113901300014
ENDBIB 12 0 1113901300015
COMMON 1 3 1113901300016
THICKNESS 1113901300017
G/CM-SQ 1113901300018
4.85 1113901300019
ENDCOMMON 3 0 1113901300020
DATA 2 11 1113901300021
EN DATA 1113901300022
EV NO-DIM 1113901300023
31.696 6.214E-01 1113901300024
12.474 5.656E-01 1113901300025
6.767 4.600E-01 1113901300026
3.420 3.948E-01 1113901300027
2.715 3.417E-01 1113901300028
1.950 2.844E-01 1113901300029
1.525 2.442E-01 1113901300030
1.145 2.049E-01 1113901300031
0.784 1.505E-01 1113901300032
0.647 1.267E-01 1113901300033
0.553 1.092E-01 1113901300034
ENDDATA 13 0 1113901300035
ENDSUBENT 34 0 1113901399999
SUBENT 11139014 20210417 14831113901400001
BIB 6 17 1113901400002
REACTION (3-LI-0(N,TOT),,SIG) 1113901400003
SAMPLE This salt was tightly packed in an aluminum container 1113901400004
such that there were 0.862 g/cm2 of LiF and 0.418 1113901400005
g/cm2 of aluminum. The lithium fluoride was obtained 1113901400006
from the City Chemical Corporation and was of 1113901400007
analytical reagent grade. The salt was dried at 120 1113901400008
degrees C for 48 hours before being packed in the 1113901400009
container. 1113901400010
METHOD Resolution width was approximately 50 microsec/meter. 1113901400011
ANALYSIS Outside resonances, the cross section from the 1113901400012
experimental transmission T by using the formula 1113901400013
T=exp(-n sigma), where n is the number of atoms per 1113901400014
cm2 in the sample. 1113901400015
STATUS (DEP,11139015) 1113901400016
(CURVE) Fig. 15, page 168; values converted by 1113901400017
compiler as described under the compiler's comment. 1113901400018
HISTORY (20210317C) BP 1113901400019
ENDBIB 17 0 1113901400020
NOCOMMON 0 0 1113901400021
DATA 2 29 1113901400022
EN DATA 1113901400023
EV B 1113901400024
985.573 1.175 1113901400025
41.709 4.448 1113901400026
6.648 7.336 1113901400027
2.245 10.611 1113901400028
0.718 16.581 1113901400029
0.485 17.547 1113901400030
0.340 19.667 1113901400031
0.264 22.556 1113901400032
0.210 27.368 1113901400033
0.168 29.872 1113901400034
0.133 33.339 1113901400035
0.117 36.612 1113901400036
0.100 38.731 1113901400037
0.088 41.620 1113901400038
0.076 44.893 1113901400039
0.068 47.782 1113901400040
0.058 50.095 1113901400041
0.052 51.830 1113901400042
0.047 56.834 1113901400043
0.042 61.261 1113901400044
0.038 63.382 1113901400045
0.035 63.963 1113901400046
0.032 66.852 1113901400047
0.029 70.318 1113901400048
0.027 73.015 1113901400049
0.023 78.600 1113901400050
0.021 79.952 1113901400051
0.019 85.918 1113901400052
0.018 86.307 1113901400053
ENDDATA 31 0 1113901400054
ENDSUBENT 53 0 1113901499999
SUBENT 11139015 20210417 14831113901500001
BIB 5 13 1113901500002
REACTION (3-LI-0(N,TOT),,TRN) 1113901500003
SAMPLE This salt was tightly packed in an aluminum container 1113901500004
such that there were 0.862 g/cm2 of LiF and 0.418 1113901500005
g/cm2 of aluminum. The lithium fluoride was obtained 1113901500006
from the City Chemical Corporation and was of 1113901500007
analytical reagent grade. The salt was dried at 120 1113901500008
degrees C for 48 hours before being packed in the 1113901500009
container. 1113901500010
METHOD Resolution width was approximately 50 microsec/meter. 1113901500011
STATUS (DEP,11139015) 1113901500012
(CURVE) Fig. 15, page 168; values converted by 1113901500013
compiler as described under the compiler's comment. 1113901500014
HISTORY (20210317C) BP 1113901500015
ENDBIB 13 0 1113901500016
COMMON 1 3 1113901500017
THICKNESS 1113901500018
G/CM-SQ 1113901500019
0.862 1113901500020
ENDCOMMON 3 0 1113901500021
DATA 2 29 1113901500022
EN DATA 1113901500023
EV NO-DIM 1113901500024
985.573 9.079E-01 1113901500025
41.709 8.502E-01 1113901500026
6.648 8.023E-01 1113901500027
2.245 7.513E-01 1113901500028
0.718 6.665E-01 1113901500029
0.485 6.538E-01 1113901500030
0.340 6.266E-01 1113901500031
0.264 5.913E-01 1113901500032
0.210 5.369E-01 1113901500033
0.168 5.106E-01 1113901500034
0.133 4.763E-01 1113901500035
0.117 4.460E-01 1113901500036
0.100 4.274E-01 1113901500037
0.088 4.034E-01 1113901500038
0.076 3.777E-01 1113901500039
0.068 3.565E-01 1113901500040
0.058 3.403E-01 1113901500041
0.052 3.287E-01 1113901500042
0.047 2.973E-01 1113901500043
0.042 2.720E-01 1113901500044
0.038 2.607E-01 1113901500045
0.035 2.577E-01 1113901500046
0.032 2.432E-01 1113901500047
0.029 2.268E-01 1113901500048
0.027 2.149E-01 1113901500049
0.023 1.921E-01 1113901500050
0.021 1.870E-01 1113901500051
0.019 1.659E-01 1113901500052
0.018 1.646E-01 1113901500053
ENDDATA 31 0 1113901500054
ENDSUBENT 53 0 1113901599999
SUBENT 11139016 20210417 14831113901600001
BIB 5 13 1113901600002
REACTION (47-AG-0(N,TOT),,TRN) 1113901600003
SAMPLE A 19.8 g/cm2 disk of metallic silver was used. A 1113901600004
preliminary run on the thin sample in the thermal 1113901600005
region gave sufficient data to indicate the thickness 1113901600006
of the sample which would give best results in this 1113901600007
region. Therefore, the thick sample was cut 1113901600008
approximately in half and a sample containing 7.84 1113901600009
g/cm2 was used for the rest of the measurements an 1113901600010
silver. 1113901600011
METHOD Resolution width was approximately 50 microsec/meter. 1113901600012
STATUS (CURVE) Fig. 10, page 164; values converted by 1113901600013
compiler as described under the compiler's comment. 1113901600014
HISTORY (20210317C) BP 1113901600015
ENDBIB 13 0 1113901600016
COMMON 1 3 1113901600017
THICKNESS 1113901600018
G/CM-SQ 1113901600019
7.84 1113901600020
ENDCOMMON 3 0 1113901600021
DATA 2 49 1113901600022
EN DATA 1113901600023
EV NO-DIM 1113901600024
432.879 7.302E-01 1113901600025
93.878 6.681E-01 1113901600026
88.902 5.863E-01 1113901600027
48.581 5.365E-01 1113901600028
11.067 6.007E-01 1113901600029
10.907 5.431E-01 1113901600030
8.703 2.338E-01 1113901600031
8.084 6.607E-01 1113901600032
6.838 7.222E-02 1113901600033
5.235 1.339E-02 1113901600034
4.342 4.825E-02 1113901600035
2.766 2.763E-01 1113901600036
2.670 3.807E-01 1113901600037
2.284 4.469E-01 1113901600038
2.064 4.715E-01 1113901600039
1.705 4.945E-01 1113901600040
1.367 4.773E-01 1113901600041
1.005 4.746E-01 1113901600042
0.771 4.862E-01 1113901600043
0.723 4.370E-01 1113901600044
0.531 4.244E-01 1113901600045
0.457 4.001E-01 1113901600046
0.436 4.221E-01 1113901600047
0.334 3.493E-01 1113901600048
0.246 3.393E-01 1113901600049
0.204 3.143E-01 1113901600050
0.165 2.776E-01 1113901600051
0.136 2.587E-01 1113901600052
0.119 2.285E-01 1113901600053
0.098 2.194E-01 1113901600054
0.084 2.069E-01 1113901600055
0.074 1.743E-01 1113901600056
0.065 1.614E-01 1113901600057
0.057 1.385E-01 1113901600058
0.051 1.283E-01 1113901600059
0.045 1.133E-01 1113901600060
0.037 9.957E-02 1113901600061
0.033 8.848E-02 1113901600062
0.032 7.723E-02 1113901600063
0.028 6.987E-02 1113901600064
0.026 6.136E-02 1113901600065
0.024 6.177E-02 1113901600066
0.022 4.992E-02 1113901600067
0.020 4.708E-02 1113901600068
0.019 4.655E-02 1113901600069
0.018 3.740E-02 1113901600070
0.017 4.042E-02 1113901600071
0.016 3.881E-02 1113901600072
0.015 2.886E-02 1113901600073
ENDDATA 51 0 1113901600074
ENDSUBENT 73 0 1113901699999
SUBENT 11139017 20210417 14831113901700001
BIB 5 8 1113901700002
REACTION (47-AG-0(N,TOT),,TRN) 1113901700003
SAMPLE Transmission measurements were made using a thin 1113901700004
sample containing 1.043 g/cm2, in the vicinity of 32 1113901700005
microseconds/meter. 1113901700006
METHOD Resolution width was approximately 15 microsec/meter. 1113901700007
STATUS (CURVE) Fig. 9, page 164; values converted by compiler 1113901700008
as described under the compiler's comment. 1113901700009
HISTORY (20210317C) BP 1113901700010
ENDBIB 8 0 1113901700011
COMMON 1 3 1113901700012
THICKNESS 1113901700013
G/CM-SQ 1113901700014
1.043 1113901700015
ENDCOMMON 3 0 1113901700016
DATA 2 8 1113901700017
EN DATA 1113901700018
EV NO-DIM 1113901700019
7.701 0.899 1113901700020
6.778 0.633 1113901700021
5.965 0.566 1113901700022
5.300 0.097 1113901700023
4.736 0.204 1113901700024
4.183 0.462 1113901700025
3.838 0.625 1113901700026
3.453 0.839 1113901700027
ENDDATA 10 0 1113901700028
ENDSUBENT 27 0 1113901799999
SUBENT 11139018 20210417 14831113901800001
BIB 5 13 1113901800002
REACTION (47-AG-0(N,TOT),,TRN) 1113901800003
SAMPLE A 19.8 g/cm2 disk of metallic silver was used. A 1113901800004
preliminary run on the thin sample in the thermal 1113901800005
region gave sufficient data to indicate the thickness 1113901800006
of the sample which would give best results in this 1113901800007
region. Therefore, the thick sample was cut 1113901800008
approximately in half and a sample containing 7.84 1113901800009
g/cm2 was used for the rest of the measurements an 1113901800010
silver. 1113901800011
METHOD Resolution width was approximately 5 microsec/meter. 1113901800012
STATUS (CURVE) Fig. 11, page 165; values converted by 1113901800013
compiler as described under the compiler's comment. 1113901800014
HISTORY (20210317C) BP 1113901800015
ENDBIB 13 0 1113901800016
COMMON 1 3 1113901800017
THICKNESS 1113901800018
G/CM-SQ 1113901800019
7.84 1113901800020
ENDCOMMON 3 0 1113901800021
DATA 2 26 1113901800022
EN DATA 1113901800023
EV NO-DIM 1113901800024
1836.735 0.794 1113901800025
459.184 0.747 1113901800026
188.716 0.730 1113901800027
100.277 0.730 1113901800028
62.069 0.671 1113901800029
43.748 0.540 1113901800030
31.146 0.651 1113901800031
24.607 0.648 1113901800032
19.766 0.680 1113901800033
15.633 0.535 1113901800034
12.672 0.599 1113901800035
10.803 0.707 1113901800036
9.266 0.660 1113901800037
7.868 0.440 1113901800038
6.931 0.229 1113901800039
6.039 0.065 1113901800040
5.355 0.021 1113901800041
4.724 0.011 1113901800042
4.246 0.040 1113901800043
3.823 0.078 1113901800044
3.472 0.193 1113901800045
3.147 0.260 1113901800046
2.911 0.307 1113901800047
2.644 0.358 1113901800048
2.336 0.389 1113901800049
2.097 0.428 1113901800050
ENDDATA 28 0 1113901800051
ENDSUBENT 50 0 1113901899999
SUBENT 11139019 20210417 14831113901900001
BIB 5 10 1113901900002
REACTION (80-HG-0(N,TOT),,TRN) 1113901900003
SAMPLE The mercury was U.S.P. XII redistilled - purchased 1113901900004
from the Mallinkrodt Chemical Works. For the 1113901900005
preliminary investigation of the entire transmission 1113901900006
curve of mercury, a sample containing 3.25 g/cm2 of 1113901900007
the liquid was used. 1113901900008
METHOD Resolution width was approximately 100 microsec/meter. 1113901900009
STATUS (CURVE) Fig. 16, page 169; values converted by 1113901900010
compiler as described under the compiler's comment. 1113901900011
HISTORY (20210317C) BP 1113901900012
ENDBIB 10 0 1113901900013
COMMON 1 3 1113901900014
THICKNESS 1113901900015
G/CM-SQ 1113901900016
3.25 1113901900017
ENDCOMMON 3 0 1113901900018
DATA 2 33 1113901900019
EN DATA 1113901900020
EV NO-DIM 1113901900021
7661.548 0.884 1113901900022
72.078 0.831 1113901900023
67.563 0.863 1113901900024
16.428 0.816 1113901900025
7.841 0.816 1113901900026
3.194 0.816 1113901900027
2.106 0.726 1113901900028
1.256 0.646 1113901900029
0.958 0.586 1113901900030
0.755 0.547 1113901900031
0.592 0.450 1113901900032
0.478 0.469 1113901900033
0.412 0.410 1113901900034
0.351 0.381 1113901900035
0.316 0.317 1113901900036
0.254 0.287 1113901900037
0.241 0.267 1113901900038
0.206 0.256 1113901900039
0.181 0.240 1113901900040
0.170 0.219 1113901900041
0.151 0.192 1113901900042
0.118 0.151 1113901900043
0.097 0.127 1113901900044
0.086 0.109 1113901900045
0.077 0.088 1113901900046
0.065 0.080 1113901900047
0.051 0.059 1113901900048
0.046 0.049 1113901900049
0.040 0.040 1113901900050
0.037 0.035 1113901900051
0.031 0.028 1113901900052
0.028 0.022 1113901900053
0.026 0.019 1113901900054
ENDDATA 35 0 1113901900055
ENDSUBENT 54 0 1113901999999
SUBENT 11139020 20210417 14831113902000001
BIB 6 15 1113902000002
REACTION (80-HG-0(N,TOT),,SIG) 1113902000003
SAMPLE The mercury was U.S.P. XII redistilled - purchased 1113902000004
from the Mallinkrodt Chemical Works. A sample 1113902000005
containing 12.9 g/cm2 of the liquid was used. 1113902000006
METHOD Resolution width was approximately 10 microsec/meter. 1113902000007
ANALYSIS Outside resonances, the cross section from the 1113902000008
experimental transmission T by using the formula 1113902000009
T=exp(-n sigma), where n is the number of atoms per 1113902000010
cm2 in the sample. Silver cross section can be 1113902000011
expressed as sigma = [15 + 64*E**(-1/2)]x10**(-24) 1113902000012
cm2/atom. E is the neutron energy in eV. 1113902000013
STATUS (DEP,11139021) 1113902000014
(CURVE) Fig. 17, page 170; values converted by 1113902000015
compiler as described under the compiler's comment. 1113902000016
HISTORY (20210317C) BP 1113902000017
ENDBIB 15 0 1113902000018
NOCOMMON 0 0 1113902000019
DATA 2 32 1113902000020
EN DATA 1113902000021
EV B 1113902000022
3455.146 8.131 1113902000023
795.755 8.126 1113902000024
183.933 9.945 1113902000025
53.954 16.012 1113902000026
29.591 15.806 1113902000027
17.914 15.396 1113902000028
12.411 13.975 1113902000029
8.358 14.375 1113902000030
6.950 14.979 1113902000031
6.008 15.584 1113902000032
5.361 16.594 1113902000033
4.814 17.199 1113902000034
4.261 18.007 1113902000035
3.798 19.016 1113902000036
3.290 20.025 1113902000037
2.877 21.236 1113902000038
2.353 25.077 1113902000039
2.043 26.085 1113902000040
1.745 28.509 1113902000041
1.525 32.756 1113902000042
1.406 36.599 1113902000043
1.207 37.201 1113902000044
1.089 41.245 1113902000045
0.960 45.289 1113902000046
0.884 51.763 1113902000047
0.810 48.520 1113902000048
0.738 54.183 1113902000049
0.680 60.454 1113902000050
0.616 62.271 1113902000051
0.559 70.565 1113902000052
0.522 70.561 1113902000053
0.494 70.760 1113902000054
ENDDATA 34 0 1113902000055
ENDSUBENT 54 0 1113902099999
SUBENT 11139021 20210417 14831113902100001
BIB 5 8 1113902100002
REACTION (80-HG-0(N,TOT),,TRN) 1113902100003
SAMPLE The mercury was U.S.P. XII redistilled - purchased 1113902100004
from the Mallinkrodt Chemical Works. A sample 1113902100005
containing 12.9 g/cm2 of the liquid was used. 1113902100006
METHOD Resolution width was approximately 10 microsec/meter. 1113902100007
STATUS (CURVE) Fig. 17, page 170; values converted by 1113902100008
compiler as described under the compiler's comment. 1113902100009
HISTORY (20210317C) BP 1113902100010
ENDBIB 8 0 1113902100011
COMMON 1 3 1113902100012
THICKNESS 1113902100013
G/CM-SQ 1113902100014
12.9 1113902100015
ENDCOMMON 3 0 1113902100016
DATA 2 32 1113902100017
EN DATA 1113902100018
EV NO-DIM 1113902100019
3455.146 7.351E-01 1113902100020
795.755 7.352E-01 1113902100021
183.933 6.848E-01 1113902100022
53.954 5.404E-01 1113902100023
29.591 5.448E-01 1113902100024
17.914 5.536E-01 1113902100025
12.411 5.851E-01 1113902100026
8.358 5.760E-01 1113902100027
6.950 5.626E-01 1113902100028
6.008 5.495E-01 1113902100029
5.361 5.282E-01 1113902100030
4.814 5.159E-01 1113902100031
4.261 4.999E-01 1113902100032
3.798 4.806E-01 1113902100033
3.290 4.620E-01 1113902100034
2.877 4.407E-01 1113902100035
2.353 3.793E-01 1113902100036
2.043 3.647E-01 1113902100037
1.745 3.318E-01 1113902100038
1.525 2.811E-01 1113902100039
1.406 2.419E-01 1113902100040
1.207 2.363E-01 1113902100041
1.089 2.018E-01 1113902100042
0.960 1.724E-01 1113902100043
0.884 1.339E-01 1113902100044
0.810 1.519E-01 1113902100045
0.738 1.218E-01 1113902100046
0.680 9.536E-02 1113902100047
0.616 8.883E-02 1113902100048
0.559 6.427E-02 1113902100049
0.522 6.428E-02 1113902100050
0.494 6.378E-02 1113902100051
ENDDATA 34 0 1113902100052
ENDSUBENT 51 0 1113902199999
SUBENT 11139022 20210417 14831113902200001
BIB 6 13 1113902200002
REACTION (80-HG-0(N,TOT),,SIG) 1113902200003
SAMPLE The mercury was U.S.P. XII redistilled - purchased 1113902200004
from the Mallinkrodt Chemical Works. A sample 1113902200005
containing 34.4 g/cm2 of the liquid was used. 1113902200006
METHOD Resolution width was approximately 10 microsec/meter. 1113902200007
ANALYSIS Outside resonances, the cross section from the 1113902200008
experimental transmission T by using the formula 1113902200009
T=exp(-n sigma), where n is the number of atoms per 1113902200010
cm2 in the sample. 1113902200011
STATUS (DEP,11139023) 1113902200012
(CURVE) Fig. 18, page 170; values converted by 1113902200013
compiler as described under the compiler's comment. 1113902200014
HISTORY (20210317C) BP 1113902200015
ENDBIB 13 0 1113902200016
NOCOMMON 0 0 1113902200017
DATA 2 17 1113902200018
EN DATA 1113902200019
EV B 1113902200020
5431.735 6.014 1113902200021
781.059 7.630 1113902200022
131.203 11.614 1113902200023
51.816 14.300 1113902200024
26.834 15.228 1113902200025
16.995 14.475 1113902200026
11.728 14.791 1113902200027
8.346 15.414 1113902200028
6.316 16.189 1113902200029
3.978 18.580 1113902200030
2.734 21.582 1113902200031
2.354 23.732 1113902200032
2.035 26.035 1113902200033
1.765 29.026 1113902200034
1.555 31.023 1113902200035
1.427 34.240 1113902200036
1.214 37.159 1113902200037
ENDDATA 19 0 1113902200038
ENDSUBENT 37 0 1113902299999
SUBENT 11139023 20210417 14831113902300001
BIB 5 8 1113902300002
REACTION (80-HG-0(N,TOT),,TRN) 1113902300003
SAMPLE The mercury was U.S.P. XII redistilled - purchased 1113902300004
from the Mallinkrodt Chemical Works. A sample 1113902300005
containing 34.4 g/cm2 of the liquid was used. 1113902300006
METHOD Resolution width was approximately 10 microsec/meter. 1113902300007
STATUS (CURVE) Fig. 18, page 170; values converted by 1113902300008
compiler as described under the compiler's comment. 1113902300009
HISTORY (20210317C) BP 1113902300010
ENDBIB 8 0 1113902300011
COMMON 1 3 1113902300012
THICKNESS 1113902300013
G/CM-SQ 1113902300014
34.4 1113902300015
ENDCOMMON 3 0 1113902300016
DATA 2 17 1113902300017
EN DATA 1113902300018
EV NO-DIM 1113902300019
5431.735 5.279E-01 1113902300020
781.059 4.480E-01 1113902300021
131.203 2.986E-01 1113902300022
51.816 2.272E-01 1113902300023
26.834 2.068E-01 1113902300024
16.995 2.234E-01 1113902300025
11.728 2.164E-01 1113902300026
8.346 2.032E-01 1113902300027
6.316 1.879E-01 1113902300028
3.978 1.474E-01 1113902300029
2.734 1.086E-01 1113902300030
2.354 8.730E-02 1113902300031
2.035 6.906E-02 1113902300032
1.765 5.093E-02 1113902300033
1.555 4.157E-02 1113902300034
1.427 2.996E-02 1113902300035
1.214 2.226E-02 1113902300036
ENDDATA 19 0 1113902300037
ENDSUBENT 36 0 1113902399999
SUBENT 11139024 20210417 14831113902400001
BIB 6 13 1113902400002
REACTION (80-HG-0(N,TOT),,SIG) 1113902400003
SAMPLE The mercury was U.S.P. XII redistilled - purchased 1113902400004
from the Mallinkrodt Chemical Works. A sample 1113902400005
containing 34.4 g/cm2 of the liquid was used. 1113902400006
METHOD Resolution width was approximately 7.5 microsec/meter. 1113902400007
ANALYSIS Outside resonances, the cross section from the 1113902400008
experimental transmission T by using the formula 1113902400009
T=exp(-n sigma), where n is the number of atoms per 1113902400010
cm2 in the sample. 1113902400011
STATUS (DEP,11139025) 1113902400012
(CURVE) Fig. 19, page 171; values converted by 1113902400013
compiler as described under the compiler's comment. 1113902400014
HISTORY (20210317C) BP 1113902400015
ENDBIB 13 0 1113902400016
NOCOMMON 0 0 1113902400017
DATA 2 9 1113902400018
EN DATA 1113902400019
EV B 1113902400020
4001.144 6.070E+00 1113902400021
765.593 7.844E+00 1113902400022
133.349 1.183E+01 1113902400023
49.890 1.452E+01 1113902400024
27.333 1.555E+01 1113902400025
17.114 1.468E+01 1113902400026
11.475 1.485E+01 1113902400027
8.480 1.555E+01 1113902400028
6.325 1.633E+01 1113902400029
ENDDATA 11 0 1113902400030
ENDSUBENT 29 0 1113902499999
SUBENT 11139025 20210417 14831113902500001
BIB 5 8 1113902500002
REACTION (80-HG-0(N,TOT),,TRN) 1113902500003
SAMPLE The mercury was U.S.P. XII redistilled - purchased 1113902500004
from the Mallinkrodt Chemical Works. A sample 1113902500005
containing 34.4 g/cm2 of the liquid was used. 1113902500006
METHOD Resolution width was approximately 7.5 microsec/meter. 1113902500007
STATUS (CURVE) Fig. 19, page 171; values converted by 1113902500008
compiler as described under the compiler's comment. 1113902500009
HISTORY (20210317C) BP 1113902500010
ENDBIB 8 0 1113902500011
COMMON 1 3 1113902500012
THICKNESS 1113902500013
G/CM-SQ 1113902500014
34.4 1113902500015
ENDCOMMON 3 0 1113902500016
DATA 2 9 1113902500017
EN DATA 1113902500018
EV NO-DIM 1113902500019
4001.144 5.282E-01 1113902500020
765.593 4.401E-01 1113902500021
133.349 2.922E-01 1113902500022
49.890 2.215E-01 1113902500023
27.333 1.994E-01 1113902500024
17.114 2.181E-01 1113902500025
11.475 2.142E-01 1113902500026
8.480 1.992E-01 1113902500027
6.325 1.839E-01 1113902500028
ENDDATA 11 0 1113902500029
ENDSUBENT 28 0 1113902599999
SUBENT 11139026 20210417 14831113902600001
BIB 5 9 1113902600002
REACTION (49-IN-0(N,TOT),,TRN) 1113902600003
SAMPLE The thin sample contained 0.193 g/cm2 of metallic 1113902600004
indium of the metal. These samples were obtained from 1113902600005
the Indium Company of America and were the purest 1113902600006
indium that could be furnished by this company. 1113902600007
METHOD Resolution width was approximately 52 microsec/meter. 1113902600008
STATUS (CURVE) Fig. 4, page 160; values converted by compiler 1113902600009
as described under the compiler's comment. 1113902600010
HISTORY (20210317C) BP 1113902600011
ENDBIB 9 0 1113902600012
COMMON 1 3 1113902600013
THICKNESS 1113902600014
G/CM-SQ 1113902600015
0.193 1113902600016
ENDCOMMON 3 0 1113902600017
DATA 2 15 1113902600018
EN DATA 1113902600019
EV NO-DIM 1113902600020
2.084 0.845 1113902600021
1.930 0.764 1113902600022
1.807 0.621 1113902600023
1.695 0.456 1113902600024
1.574 0.194 1113902600025
1.490 0.077 1113902600026
1.408 0.045 1113902600027
1.318 0.117 1113902600028
1.236 0.254 1113902600029
1.179 0.445 1113902600030
1.112 0.571 1113902600031
1.046 0.705 1113902600032
0.998 0.691 1113902600033
0.926 0.756 1113902600034
0.866 0.795 1113902600035
ENDDATA 17 0 1113902600036
ENDSUBENT 35 0 1113902699999
SUBENT 11139027 20210417 14831113902700001
BIB 6 14 1113902700002
REACTION (49-IN-0(N,TOT),,SIG) 1113902700003
SAMPLE The thick sample contained 5.02 g/cm2 of the metal. 1113902700004
These samples were obtained from the Indium Company 1113902700005
of America and were the purest indium that could be 1113902700006
furnished by this company. 1113902700007
METHOD Resolution width was less than 50 microsec/meter. 1113902700008
ANALYSIS Outside resonances, the cross section from the 1113902700009
experimental transmission T by using the formula 1113902700010
T=exp(-n sigma), where n is the number of atoms per 1113902700011
cm2 in the sample. 1113902700012
STATUS (DEP,11139028) 1113902700013
(CURVE) Fig. 6, page 160; values converted by compiler 1113902700014
as described under the compiler's comment. 1113902700015
HISTORY (20210317C) BP 1113902700016
ENDBIB 14 0 1113902700017
NOCOMMON 0 0 1113902700018
DATA 2 14 1113902700019
EN DATA 1113902700020
EV B 1113902700021
0.681 117.088 1113902700022
0.464 93.423 1113902700023
0.335 91.848 1113902700024
0.265 87.374 1113902700025
0.206 92.715 1113902700026
0.168 90.471 1113902700027
0.141 95.146 1113902700028
0.118 107.181 1113902700029
0.099 108.729 1113902700030
0.086 117.642 1113902700031
0.076 120.085 1113902700032
0.065 128.325 1113902700033
0.057 136.790 1113902700034
0.051 136.776 1113902700035
ENDDATA 16 0 1113902700036
ENDSUBENT 35 0 1113902799999
SUBENT 11139028 20210417 14831113902800001
BIB 5 9 1113902800002
REACTION (49-IN-0(N,TOT),,TRN) 1113902800003
SAMPLE The thick sample contained 5.02 g/cm2 of the metal. 1113902800004
These samples were obtained from the Indium Company 1113902800005
of America and were the purest indium that could be 1113902800006
furnished by this company. 1113902800007
METHOD Resolution width was less than 50 microsec/meter. 1113902800008
STATUS (CURVE) Fig. 6, page 160; values converted by 1113902800009
compiler as described under the compiler's comment. 1113902800010
HISTORY (20210317C) BP 1113902800011
ENDBIB 9 0 1113902800012
COMMON 1 3 1113902800013
THICKNESS 1113902800014
G/CM-SQ 1113902800015
5.02 1113902800016
ENDCOMMON 3 0 1113902800017
DATA 2 14 1113902800018
EN DATA 1113902800019
EV NO-DIM 1113902800020
0.681 4.616E-02 1113902800021
0.464 8.543E-02 1113902800022
0.335 8.905E-02 1113902800023
0.265 1.001E-01 1113902800024
0.206 8.715E-02 1113902800025
0.168 9.243E-02 1113902800026
0.141 8.189E-02 1113902800027
0.118 5.992E-02 1113902800028
0.099 5.759E-02 1113902800029
0.086 4.570E-02 1113902800030
0.076 4.291E-02 1113902800031
0.065 3.465E-02 1113902800032
0.057 2.782E-02 1113902800033
0.051 2.785E-02 1113902800034
ENDDATA 16 0 1113902800035
ENDSUBENT 34 0 1113902899999
SUBENT 11139029 20210417 14831113902900001
BIB 5 9 1113902900002
REACTION (79-AU-197(N,TOT),,TRN) 1113902900003
SAMPLE The first sample contained 0.2100 g/cm2. Both of 1113902900004
these samples were fine gold obtained from Handy and 1113902900005
Harman of New York City, who state that the purity is 1113902900006
better than 99.999 percent. 1113902900007
METHOD Resolution width was approximately 6 microsec/meter. 1113902900008
STATUS (CURVE) Fig. 7, page 160; values converted by 1113902900009
compiler as described under the compiler's comment. 1113902900010
HISTORY (20210317C) BP 1113902900011
ENDBIB 9 0 1113902900012
COMMON 1 3 1113902900013
THICKNESS 1113902900014
G/CM-SQ 1113902900015
0.2100 1113902900016
ENDCOMMON 3 0 1113902900017
DATA 2 9 1113902900018
EN DATA 1113902900019
EV NO-DIM 1113902900020
7.834 0.969 1113902900021
6.856 0.972 1113902900022
6.037 0.755 1113902900023
5.355 0.526 1113902900024
4.780 0.270 1113902900025
4.215 0.650 1113902900026
3.911 0.884 1113902900027
3.232 0.935 1113902900028
2.664 0.947 1113902900029
ENDDATA 11 0 1113902900030
ENDSUBENT 29 0 1113902999999
SUBENT 11139030 20210417 14831113903000001
BIB 5 9 1113903000002
REACTION (79-AU-197(N,TOT),,TRN) 1113903000003
SAMPLE The second sample contained 0.856 g/cm2. Both of 1113903000004
these samples were fine gold obtained from Handy and 1113903000005
Harman of New York City, who state that the purity is 1113903000006
better than 99.999 percent. 1113903000007
METHOD Resolution width was approximately 6 microsec/meter. 1113903000008
STATUS (CURVE) Fig. 7, page 160; values converted by 1113903000009
compiler as described under the compiler's comment. 1113903000010
HISTORY (20210317C) BP 1113903000011
ENDBIB 9 0 1113903000012
COMMON 1 3 1113903000013
THICKNESS 1113903000014
G/CM-SQ 1113903000015
0.856 1113903000016
ENDCOMMON 3 0 1113903000017
DATA 2 8 1113903000018
EN DATA 1113903000019
EV NO-DIM 1113903000020
7.915 0.929 1113903000021
6.127 0.658 1113903000022
5.344 0.200 1113903000023
3.847 0.504 1113903000024
3.510 0.729 1113903000025
2.922 0.886 1113903000026
2.476 0.864 1113903000027
2.197 0.917 1113903000028
ENDDATA 10 0 1113903000029
ENDSUBENT 28 0 1113903099999
SUBENT 11139031 20210417 14831113903100001
BIB 6 14 1113903100002
REACTION (51-SB-0(N,TOT),,SIG) 1113903100003
SAMPLE The sample used contained 22.41 g/cm2 of metallic 1113903100004
antimony. 1113903100005
METHOD Resolution width was approximately 50 microsec/meter. 1113903100006
ANALYSIS Outside resonances, the cross section from the 1113903100007
experimental transmission T by using the formula 1113903100008
T=exp(-n sigma), where n is the number of atoms per 1113903100009
cm2 in the sample. Cross section can be expressed as 1113903100010
sigma = [(4.2+-0.4) + (0.64+-02)*E**(-1/2)]x10**(-24) 1113903100011
cm2/atom. E is the neutron energy in eV. 1113903100012
STATUS (DEP,11139032) 1113903100013
(CURVE) Fig. 12, page 166; values converted by 1113903100014
compiler as described under the compiler's comment. 1113903100015
HISTORY (20210317C) BP 1113903100016
ENDBIB 14 0 1113903100017
NOCOMMON 0 0 1113903100018
DATA 2 40 1113903100019
EN DATA 1113903100020
EV B 1113903100021
56.814 3.991 1113903100022
31.291 5.219 1113903100023
18.394 12.349 1113903100024
8.053 6.210 1113903100025
6.733 5.265 1113903100026
6.111 15.087 1113903100027
2.862 5.973 1113903100028
2.706 5.264 1113903100029
2.440 4.933 1113903100030
1.695 4.390 1113903100031
0.873 4.436 1113903100032
0.614 4.577 1113903100033
0.486 4.930 1113903100034
0.314 5.165 1113903100035
0.230 5.305 1113903100036
0.188 5.824 1113903100037
0.160 5.610 1113903100038
0.130 5.657 1113903100039
0.108 6.104 1113903100040
0.091 6.292 1113903100041
0.080 6.433 1113903100042
0.072 6.621 1113903100043
0.062 6.596 1113903100044
0.055 6.760 1113903100045
0.049 6.853 1113903100046
0.043 7.206 1113903100047
0.040 7.135 1113903100048
0.036 7.417 1113903100049
0.033 7.251 1113903100050
0.030 7.911 1113903100051
0.027 7.886 1113903100052
0.026 8.334 1113903100053
0.023 8.380 1113903100054
0.022 8.497 1113903100055
0.020 8.685 1113903100056
0.019 8.991 1113903100057
0.017 8.635 1113903100058
0.016 9.272 1113903100059
0.015 9.271 1113903100060
0.014 9.600 1113903100061
ENDDATA 42 0 1113903100062
ENDSUBENT 61 0 1113903199999
SUBENT 11139032 20210417 14831113903200001
BIB 5 7 1113903200002
REACTION (51-SB-0(N,TOT),,TRN) 1113903200003
SAMPLE The sample used contained 22.41 g/cm2 of metallic 1113903200004
antimony. 1113903200005
METHOD Resolution width was approximately 50 microsec/meter. 1113903200006
STATUS (CURVE) Fig. 12, page 166; values converted by 1113903200007
compiler as described under the compiler's comment. 1113903200008
HISTORY (20210317C) BP 1113903200009
ENDBIB 7 0 1113903200010
COMMON 1 3 1113903200011
THICKNESS 1113903200012
G/CM-SQ 1113903200013
22.41 1113903200014
ENDCOMMON 3 0 1113903200015
DATA 2 40 1113903200016
EN DATA 1113903200017
EV NO-DIM 1113903200018
56.814 6.343E-01 1113903200019
31.291 5.532E-01 1113903200020
18.394 2.499E-01 1113903200021
8.053 4.954E-01 1113903200022
6.733 5.504E-01 1113903200023
6.111 1.842E-01 1113903200024
2.862 5.087E-01 1113903200025
2.706 5.505E-01 1113903200026
2.440 5.712E-01 1113903200027
1.695 6.069E-01 1113903200028
0.873 6.038E-01 1113903200029
0.614 5.944E-01 1113903200030
0.486 5.715E-01 1113903200031
0.314 5.568E-01 1113903200032
0.230 5.482E-01 1113903200033
0.188 5.175E-01 1113903200034
0.160 5.299E-01 1113903200035
0.130 5.273E-01 1113903200036
0.108 5.017E-01 1113903200037
0.091 4.913E-01 1113903200038
0.080 4.837E-01 1113903200039
0.072 4.737E-01 1113903200040
0.062 4.750E-01 1113903200041
0.055 4.664E-01 1113903200042
0.049 4.617E-01 1113903200043
0.043 4.439E-01 1113903200044
0.040 4.475E-01 1113903200045
0.036 4.337E-01 1113903200046
0.033 4.418E-01 1113903200047
0.030 4.105E-01 1113903200048
0.027 4.117E-01 1113903200049
0.026 3.916E-01 1113903200050
0.023 3.897E-01 1113903200051
0.022 3.846E-01 1113903200052
0.020 3.767E-01 1113903200053
0.019 3.641E-01 1113903200054
0.017 3.789E-01 1113903200055
0.016 3.529E-01 1113903200056
0.015 3.530E-01 1113903200057
0.014 3.403E-01 1113903200058
ENDDATA 42 0 1113903200059
ENDSUBENT 58 0 1113903299999
SUBENT 11139033 20210417 14831113903300001
BIB 5 7 1113903300002
REACTION (51-SB-0(N,TOT),,TRN) 1113903300003
SAMPLE The sample used contained 22.41 g/cm2 of metallic 1113903300004
antimony. 1113903300005
METHOD Resolution width was approximately 6 microsec/meter. 1113903300006
STATUS (CURVE) Fig. 13, page 167; values converted by 1113903300007
compiler as described under the compiler's comment. 1113903300008
HISTORY (20210317C) BP 1113903300009
ENDBIB 7 0 1113903300010
COMMON 1 3 1113903300011
THICKNESS 1113903300012
G/CM-SQ 1113903300013
22.41 1113903300014
ENDCOMMON 3 0 1113903300015
DATA 2 28 1113903300016
EN DATA 1113903300017
EV NO-DIM 1113903300018
7201.076 0.632 1113903300019
641.305 0.567 1113903300020
252.496 0.548 1113903300021
123.799 0.534 1113903300022
74.348 0.538 1113903300023
50.135 0.550 1113903300024
36.138 0.499 1113903300025
26.815 0.400 1113903300026
21.030 0.275 1113903300027
18.732 0.246 1113903300028
16.759 0.329 1113903300029
13.923 0.437 1113903300030
11.547 0.524 1113903300031
9.742 0.528 1113903300032
8.293 0.480 1113903300033
7.227 0.250 1113903300034
6.261 0.171 1113903300035
5.555 0.293 1113903300036
4.983 0.402 1113903300037
4.396 0.519 1113903300038
3.979 0.508 1113903300039
3.678 0.558 1113903300040
3.315 0.538 1113903300041
3.003 0.544 1113903300042
2.757 0.555 1113903300043
2.525 0.598 1113903300044
2.340 0.590 1113903300045
2.170 0.566 1113903300046
ENDDATA 30 0 1113903300047
ENDSUBENT 46 0 1113903399999
ENDENTRY 33 0 1113999999999