ENTRY O1357 20160206 O056O135700000001
SUBENT O1357001 20160206 O056O135700100001
BIB 16 66 O135700100002
TITLE Alpha-induced reaction on natural erbium. O135700100003
REFERENCE (J,JRN/L,165,295,1992) O135700100004
AUTHOR (A.A.Sonzogni, A.S.M.A.Romo, M.J.Ozafran, S.J.Nassiff) O135700100005
INSTITUTE (3ARGCNE) O135700100006
REL-REF (R,O1249001,A.Archenti+,J,JRN,132,139,1989) More O135700100007
details of experiment. O135700100008
(R,O1250001,M.J.Ozafran+,J,JRN,131,467,1989) Needeed O135700100009
information to find the connection between the authors'O135700100010
understanding of "cumulative cross section" and O135700100011
generaly accepted one. O135700100012
(R,,G.C.Martin+,J,NP,89,481,1966) O135700100013
(R,A0329001,A.Archenti+,J,RCA,38,65,1985) The two O135700100014
publications contain data from early work on helium ionO135700100015
induced reacions on erbium. O135700100016
MONITOR (13-AL-27(A,X)11-NA-22,CUM,SIG) The ion current was O135700100017
monitored by the reaction. O135700100018
(29-CU-65(A,2N)31-GA-67,,SIG) O135700100019
(29-CU-63(A,X)30-ZN-65,CUM,SIG) The reactions were O135700100020
used to determine the beam energy and to calculate the O135700100021
alpha-particles flux. O135700100022
MONIT-REF (C0984002,N.T.Porile,J,PR,127,224,1962) O135700100023
(A0447004,A.Karpeles,J,RCA,12,115,1969) O135700100024
(B0174003,H.J.Probst+,J,ARI,27,431,1976) O135700100025
(B0142006,U.Martens+,J,ZP,233,170,1970) O135700100026
(B0009010,W.W.Bowman+,J,NP/A,131,513,1969) The data forO135700100027
reactions on aluminum. O135700100028
(B0156006,N.T.Porile+,J,PR,116,1193,1959) O135700100029
(P0058002,F.S.Houck+,J,PR,123,231,1961) O135700100030
(B0154004,E.Lebowitz+,J,ARI,21,625,1970) O135700100031
(B0079006,E.Bryant+,J,PR,130,1512,1963) O135700100032
(D0092001,O.Bonesso+,J,JRN,152,189,1991).The data for O135700100033
reactions on copper. O135700100034
DETECTOR (GE-IN) O135700100035
FACILITY (ISOCY,2GERKFK) O135700100036
SAMPLE The target was composed of several foils of natural O135700100037
erbium, thickness 11.28-mg/cm**2, purity 99.9%. O135700100038
Aluminium and copper foils were interleaved in erbium O135700100039
stack to degrade the beam energy and to monitor the ionO135700100040
current and maximum incident energy. O135700100041
METHOD (STTA) The target stack was thick enough to stop the O135700100042
85-MeV internal alpha beam. O135700100043
(INTB) No absolute beam energy determination was O135700100044
performed in this experiment. The authors observed O135700100045
excellent agreement incident beam energy with known O135700100046
excitation function of monitor reaction. O135700100047
(ACTIV) An information about irradiation and cooling O135700100048
times is not given. O135700100049
(GSPEC) O135700100050
ANALYSIS (DECAY,AREA) O135700100051
ERR-ANALYS (ERR-T) The main sources of error in the cross sectionsO135700100052
are the uncertainties in the photopeak areas and in theO135700100053
efficiency calibration. O135700100054
(ERR-1,,5.) High limit of uncertainty of first factor. O135700100055
The importance of the factor depends on the area value O135700100056
and its contribution to the total error is always lowerO135700100057
than 5%. O135700100058
(ERR-2) The uncertainty of efficiency calibration. O135700100059
ADD-RES (COMP).Equilibrium and pre-equilibrium reaction models.O135700100060
STATUS (TABLE) Tbl.2 of JRN/L,165,295,1992 O135700100061
HISTORY (20060301C) O135700100062
(20060529U) Last checking has been done. O135700100063
(20160205A) SD: Small corrections in all Subents (zerosO135700100064
were added to 'right side' of data values according to O135700100065
Tbl.2). Compiler's derived data: DATA deleted; author'sO135700100066
data: MISC -> DATA, COMMENT added in Subents 002-004. O135700100067
Journal code: ZP/A -> ZP in MONIT-REF. O135700100068
ENDBIB 66 0 O135700100069
COMMON 2 3 O135700100070
ERR-2 ERR-T O135700100071
PER-CENT PER-CENT O135700100072
5. 15. O135700100073
ENDCOMMON 3 0 O135700100074
ENDSUBENT 73 0 O135700199999
SUBENT O1357002 20160206 O056O135700200001
BIB 5 11 O135700200002
REACTION (68-ER-0(A,X)70-YB-169,,SIG,,DAM) see COMMENT O135700200003
DECAY-DATA (70-YB-169-G,32.02D,DG,177.2,0.22, O135700200004
DG,307.7,0.111) O135700200005
REL-REF (D,A0329002,A.Archenti+,J,RCA,38,65,1985) O135700200006
COMMENT /by Compiler/ To get presentation of cr.section in O135700200007
usual form, someone should multiplying values on the O135700200008
average atomic mass of target (in this case: ~167.26) O135700200009
HISTORY (20160206A) SD: SF4=Yb-169g -> Yb-169; SF5=M+ deleted O135700200010
and SF8=DAM added to REACTION code. Compiler's derived O135700200011
data: DATA deleted; author's data: MISC -> DATA. O135700200012
COMMENT added. O135700200013
ENDBIB 11 0 O135700200014
NOCOMMON 0 0 O135700200015
DATA 2 24 O135700200016
EN DATA O135700200017
MEV MICRO-B O135700200018
84.46 360.69 O135700200019
82.72 432.97 O135700200020
80.95 389.68 O135700200021
79.16 278.96 O135700200022
77.33 348.67 O135700200023
76.17 289.37 O135700200024
74.29 332.56 O135700200025
73.10 331.58 O135700200026
71.16 361.77 O135700200027
68.02 501.39 O135700200028
64.77 606.99 O135700200029
61.39 865.13 O135700200030
57.87 1001.72 O135700200031
56.43 1135.56 O135700200032
52.67 985.89 O135700200033
51.13 930.97 O135700200034
47.06 892.29 O135700200035
42.72 1116.01 O135700200036
38.03 1850.47 O135700200037
32.88 1775.87 O135700200038
29.29 659.55 O135700200039
26.90 610.00 O135700200040
22.68 413.62 O135700200041
19.77 90.00 O135700200042
ENDDATA 26 0 O135700200043
ENDSUBENT 42 0 O135700299999
SUBENT O1357003 20160206 O056O135700300001
BIB 5 9 O135700300002
REACTION (68-ER-0(A,X)70-YB-166,,SIG,,DAM) see COMMENT O135700300003
DECAY-DATA (70-YB-166,2.36D,DG,778.9,0.249,DG,785.9,0.13) O135700300004
REL-REF (D,A0329004,A.Archenti+,J,RCA,38,65,1985) O135700300005
COMMENT /by Compiler/ To get presentation of cr.section in O135700300006
usual form, someone should multiplying values on the O135700300007
average atomic mass of target (in this case: ~167.26) O135700300008
HISTORY (20160206A) SD: SF8=DAM added to REACTION code. O135700300009
Compiler's derived data: DATA deleted; author's data: O135700300010
MISC -> DATA. COMMENT added. O135700300011
ENDBIB 9 0 O135700300012
NOCOMMON 0 0 O135700300013
DATA 2 21 O135700300014
EN DATA O135700300015
MEV MICRO-B O135700300016
84.46 1352.83 O135700300017
82.72 1136.19 O135700300018
80.95 1136.20 O135700300019
79.16 1379.90 O135700300020
77.33 1650.27 O135700300021
76.17 1885.29 O135700300022
74.29 1861.08 O135700300023
73.10 1894.52 O135700300024
71.16 2129.06 O135700300025
68.02 2136.02 O135700300026
64.77 2039.94 O135700300027
61.39 2184.47 O135700300028
57.87 2026.97 O135700300029
56.43 2195.91 O135700300030
52.67 1913.17 O135700300031
51.13 2014.09 O135700300032
47.06 1555.14 O135700300033
42.72 660.90 O135700300034
38.03 124.14 O135700300035
32.88 103.97 O135700300036
29.29 40.41 O135700300037
ENDDATA 23 0 O135700300038
ENDSUBENT 37 0 O135700399999
SUBENT O1357004 20160206 O056O135700400001
BIB 4 9 O135700400002
REACTION (68-ER-0(A,X)69-TM-168,,SIG,,DAM) see COMMENT O135700400003
DECAY-DATA (69-TM-168,93.1D,DG,447.5,0.219, O135700400004
DG,631.7,0.078) O135700400005
COMMENT /by Compiler/ To get presentation of cr.section in O135700400006
usual form, someone should multiplying values on the O135700400007
average atomic mass of target (in this case: ~167.26) O135700400008
HISTORY (20160206A) SD: SF8=DAM added to REACTION code. O135700400009
Compiler's derived data: DATA deleted; author's data: O135700400010
MISC -> DATA. COMMENT added. O135700400011
ENDBIB 9 0 O135700400012
NOCOMMON 0 0 O135700400013
DATA 2 21 O135700400014
EN DATA O135700400015
MEV MICRO-B O135700400016
84.46 279.41 O135700400017
82.72 288.69 O135700400018
80.95 307.79 O135700400019
79.16 275.61 O135700400020
77.33 326.45 O135700400021
76.17 291.38 O135700400022
74.29 313.83 O135700400023
73.10 292.35 O135700400024
71.16 271.09 O135700400025
68.02 294.54 O135700400026
64.77 256.17 O135700400027
61.39 260.03 O135700400028
57.87 234.87 O135700400029
56.43 253.45 O135700400030
52.67 199.84 O135700400031
51.13 188.22 O135700400032
47.06 176.21 O135700400033
42.72 115.12 O135700400034
38.03 89.49 O135700400035
32.88 43.67 O135700400036
29.29 5.39 O135700400037
ENDDATA 23 0 O135700400038
ENDSUBENT 37 0 O135700499999
ENDENTRY 4 0 O135799999999