ENTRY 30393 20230316 3039300000001
SUBENT 30393001 20230316 20240316 3039300100001
BIB 17 53 3039300100002
TITLE Neutron capture by the chromium isotopes 3039300100003
AUTHOR (M.J.Kenny, B.J.Allen, A.R.de L.Musgrove, R.L.Macklin, 3039300100004
J.Halperin) 3039300100005
INSTITUTE (3AULAUA,1USAORL) 3039300100006
REFERENCE (R,AAEC/E-400,1977) 3039300100007
(C,75WASH,1,360,1975) Previous av.capt.c.s.of Cr-52 3039300100008
(compiled as EXFOR 30288.005) is superseded by 3039300100009
this entry. 3039300100010
(P,AAEC/PR-41,37,1975) Prelim. 50Cr RP 3039300100011
(C,75KIEV,3,233,1975) Prelim. 50,52Cr RP 3039300100012
(J,NSE,82,230,1982) Correction factor (1.0737) 3039300100013
FACILITY (LINAC,1USAORL) ORELA 3039300100014
INC-SOURCE (PHOTO) 3039300100015
SAMPLE Enriched chromium oxide and natural chromium metal 3039300100016
50Cr: 90.40%, 0.00459 atoms/b 3039300100017
52Cr: 99.74%, 0.01549 atoms/b 3039300100018
53Cr: 95.56%, 0.00775 atoms/b 3039300100019
54Cr: 95.40%, 0.01150 atoms/b 3039300100020
Cr: Natural, 0.01051 atoms/b 3039300100021
DETECTOR (SCIN) Two non-hydrogenous liquid scintillators. 3039300100022
The efficiency of the detector was proportional to the 3039300100023
total gamma ray energy release and was independent of 3039300100024
the nature of spectra. 3039300100025
(GLASD) Thin (0.5 mm) Li-6 glass detector was used as 3039300100026
the neutron flux monitor. 3039300100027
MONITOR (3-LI-6(N,T)2-HE-4,,SIG) 3039300100028
METHOD (TOF) 40 m flight path 3039300100029
MONIT-REF (,C.A.Uttley+,C,71KNOX,,551,1971) 3039300100030
PART-DET (G) 3039300100031
ANALYSIS (AREA) Modified version of Sullivan's Monte Carlo code 3039300100032
The normalization factor was obtained by comparing 3039300100033
value of the capture kernel from natural data with 3039300100034
separated isotope data. 3039300100035
REL-REF (M,,Sullivan+,R,RPI-328-155,1969) 3039300100036
Modified version of the ORNL-RPI Monte Carlo code 3039300100037
COMMENT Capture yields on Cr-50,52,53,54 and nat received from 3039300100038
authors at NDS were stored on a special archive tapes 3039300100039
named EXFOR SUPPL NDS 001, but no longer available. 3039300100040
See also Memo 4C-3/221. 3039300100041
STATUS (APRVD) Approved by Allen with amendment, 77/05/31. 3039300100042
HISTORY (19770506C) KO. 3039300100043
(19770620A) KO. APRVD added. Corrections on subentries 3039300100044
003, 004, 009, 015 and 024 by author's request. 3039300100045
(19790207U) KO. Add 1 ref. 3039300100046
(19800117U) KO. Cosmetic correction in BIB. 3039300100047
(19821103U) DG. Insertion of corrigendum in reference, 3039300100048
conversion from ISO-QUANT to REACTION formalism. 3039300100049
(19930202U) HW. Sequence institute codes altered. 3039300100050
(20090115A) BIB section updated 3039300100051
(20191015A) On. Major revisions in 002-005, 007-011, 3039300100052
013-017, 019-023 and 025. 3039300100053
(20230316A) VT+On. Revision in 002-024 and COMMENT 3039300100054
added in 001 subent. 3039300100055
ENDBIB 53 0 3039300100056
NOCOMMON 0 0 3039300100057
ENDSUBENT 56 0 3039300199999
SUBENT 30393002 20230316 20240316 3039300200001
BIB 6 15 3039300200002
REACTION 1(24-CR-50(N,0),,EN) 3039300200003
2(24-CR-50(N,G),,ARE) 3039300200004
3(24-CR-50(N,0),,L) 3039300200005
4(24-CR-50(N,G),,WID) 3039300200006
ASSUMED (ASSUM,24-CR-50(N,EL),,WID) 3039300200007
Generally the values are from Mughabghab and Garber, 3039300200008
BNL-325.3Rd (1973). 3039300200009
COMMENT s-wave resonance parameters 3039300200010
ERR-ANALYS (DATA-ERR) No information on the source of uncertainty 3039300200011
STATUS (TABLE) Table 2 of AAEC/E400 (1977) 3039300200012
(OUTDT) Correction factor 1.0737 not taken into account3039300200013
HISTORY (19821103U) DG. ISO-QUANT to REACTION conversion 3039300200014
(20191015A) On. STATUS=OUTDT added. 3039300200015
(20230316A) VT+On. DATA: replaced floating point to 3039300200016
fixed point and ERR-ANALYS deleted 3039300200017
ENDBIB 15 0 3039300200018
NOCOMMON 0 0 3039300200019
DATA 8 11 3039300200020
DATA 1DATA-ERR 1DATA 2DATA-ERR 2DATA 3ASSUM 3039300200021
DATA 4DATA-ERR 4 3039300200022
KEV KEV B*EV B*EV NO-DIM EV 3039300200023
EV EV 3039300200024
5.64 0.01 2870.0 720.0 0. 1665.3039300200025
3.8 1.2 3039300200026
28.49 0.03 89.0 15.0 0. 435.3039300200027
0.6 0.1 3039300200028
36.91 0.04 531.0 80.0 0. 2118.3039300200029
4.6 1.0 3039300200030
55.02 0.05 13.0 1.5 0. 280.3039300200031
0.17 0.02 3039300200032
64.81 0.06 45.0 6.0 0. 45.3039300200033
0.69 0.10 3039300200034
94.46 0.10 129.0 17.0 0. 2500.3039300200035
2.9 0.40 3039300200036
114.71 0.12 5.0 0.8 0. 120.3039300200037
0.17 0.02 3039300200038
129.42 0.16 52.0 7.5 0. 700.3039300200039
1.58 0.20 3039300200040
156.88 0.22 56.0 8.0 0. 1200.3039300200041
2.08 0.30 3039300200042
168.86 0.28 17.0 2.5 0. 300.3039300200043
0.68 0.10 3039300200044
176.50 0.31 138.0 18.0 0. 1000.3039300200045
5.76 0.80 3039300200046
ENDDATA 26 0 3039300200047
ENDSUBENT 46 0 3039300299999
SUBENT 30393003 20230316 20240316 3039300300001
BIB 6 18 3039300300002
REACTION 1(24-CR-50(N,0),,EN) 3039300300003
2(24-CR-50(N,G),,ARE) 3039300300004
3(24-CR-50(N,0),,L) 3039300300005
4(24-CR-50(N,G),,WID,,G) 3039300300006
5(24-CR-50(N,EL),,WID,,G) 3039300300007
6(24-CR-50(N,EL),,WID) 3039300300008
ASSUMED (ASSUM,24-CR-50(N,EL),,WID) 3039300300009
COMMENT p- or higher wave resonance parameters 3039300300010
ERR-ANALYS (DATA-ERR) No information on the source of uncertainty 3039300300011
STATUS (TABLE) Table 6 of AAEC/E400 (1977) 3039300300012
(OUTDT) Correction factor 1.0737 not taken into account3039300300013
HISTORY (19770620A) KO. Amendment after Allen's letter, 3039300300014
77/05/31, n-widths for 5.49, 9.31 and 24.08 should 3039300300015
read as g*(n-widths). 3039300300016
(19821103U) DG. ISO-QUANT to REACTION conversion 3039300300017
(20191015A) On. STATUS=OUTDT added. 3039300300018
(20230316A) VT+On. DATA: replaced floating point to 3039300300019
fixed point and ERR-ANALYS deleted 3039300300020
ENDBIB 18 0 3039300300021
NOCOMMON 0 0 3039300300022
DATA 11 45 3039300300023
DATA 1DATA-ERR 1DATA 2DATA-ERR 2DATA-MIN 3DATA 43039300300024
DATA-ERR 4DATA 5DATA-ERR 5ASSUM DATA 6 3039300300025
KEV KEV B*EV B*EV NO-DIM EV 3039300300026
EV EV EV EV EV 3039300300027
5.49 0.01 38.7 5.0 1. 3039300300028
0.048 0.01 3039300300029
9.31 0.01 27.1 3.5 1. 3039300300030
0.02 0.005 3039300300031
18.64 0.02 147.1 19.1 1. 0.673039300300032
0.09 10. 3039300300033
19.24 0.02 118.2 15.4 1. 0.563039300300034
0.07 10. 3039300300035
24.08 0.02 8.5 1.1 1. 3039300300036
0.02 0.01 3039300300037
24.89 0.02 55.7 7.2 1. 0.0333039300300038
0.04 10. 3039300300039
33.47 0.03 125.0 16.3 1. 1.053039300300040
0.14 8. 3039300300041
35.48 0.03 131.4 17.1 1. 1.183039300300042
0.15 10. 3039300300043
35.64 0.03 78.7 10.2 1. 0.723039300300044
0.09 5. 3039300300045
40.64 0.06 71.0 9.2 1. 0.703039300300046
0.09 20. 3039300300047
46.75 0.05 101.1 13.1 1. 1.203039300300048
0.16 10. 3039300300049
50.08 0.05 67.3 8.8 1. 0.813039300300050
0.11 30. 3039300300051
53.62 0.05 75.0 9.8 1. 0.993039300300052
0.13 20. 3039300300053
55.18 0.05 27.2 3.5 1. 0.363039300300054
0.05 15. 3039300300055
55.56 0.05 15.5 2.0 1. 0.203039300300056
0.03 25. 3039300300057
59.21 0.06 117.3 15.3 1. 1.793039300300058
0.23 12. 3039300300059
63.27 0.06 28.8 3.7 1. 0.453039300300060
0.06 6. 3039300300061
65.86 0.06 73.3 9.5 1. 1.173039300300062
0.15 25. 3039300300063
68.25 0.07 29.6 3.9 1. 0.483039300300064
0.06 40. 3039300300065
70.33 0.07 52.0 6.8 1. 0.923039300300066
0.12 10. 3039300300067
73.33 0.07 56.8 7.4 1. 1.003039300300068
0.13 25. 3039300300069
77.82 0.08 62.2 8.1 1. 1.153039300300070
0.15 125. 3039300300071
79.06 0.08 70.1 9.1 1. 1.323039300300072
0.17 100. 3039300300073
88.66 0.09 39.0 5.1 1. 0.833039300300074
0.11 30. 3039300300075
90.33 0.09 51.3 6.7 1. 1.113039300300076
0.14 30. 3039300300077
98.35 0.10 94.0 12.2 1. 2.223039300300078
0.29 60. 3039300300079
107.68 0.11 66.7 8.7 1. 1.713039300300080
0.22 90. 3039300300081
110.81 0.11 51.3 6.7 1. 1.363039300300082
0.18 50. 3039300300083
112.46 0.12 113.0 14.7 1. 3.023039300300084
0.39 200. 3039300300085
116.00 0.13 24.1 3.1 1. 0.663039300300086
0.09 40. 3039300300087
116.60 0.13 51.0 6.6 1. 1.433039300300088
0.19 40. 3039300300089
121.34 0.14 59.8 7.8 1. 1.733039300300090
0.22 70. 3039300300091
129.46 0.15 45.1 5.9 1. 1.413039300300092
0.18 30. 3039300300093
136.80 0.16 96.4 12.5 1. 3.203039300300094
0.42 60. 3039300300095
140.12 0.16 32.3 4.2 1. 1.083039300300096
0.14 60. 3039300300097
141.24 0.18 36.6 4.8 1. 1.233039300300098
0.16 60. 3039300300099
142.43 0.18 51.0 6.6 1. 1.743039300300100
0.23 60. 3039300300101
146.92 0.19 37.5 4.9 1. 1.313039300300102
0.17 60. 3039300300103
150.56 0.20 102.1 13.3 1. 3.693039300300104
0.48 120. 3039300300105
153.00 0.21 47.5 6.2 1. 1.753039300300106
0.23 50. 3039300300107
156.80 0.22 37.3 4.8 1. 1.403039300300108
0.18 50. 3039300300109
162.48 0.23 36.3 4.7 1. 1.393039300300110
0.18 350. 3039300300111
168.55 0.24 10.8 1.4 1. 0.433039300300112
0.06 20. 3039300300113
186.89 0.28 116.9 15.2 1. 5.233039300300114
0.68 175. 3039300300115
200.78 0.32 92.7 12.1 1. 7.353039300300116
0.95 100. 3039300300117
ENDDATA 94 0 3039300300118
ENDSUBENT 117 0 3039300399999
SUBENT 30393004 20230316 20240316 3039300400001
BIB 4 11 3039300400002
REACTION (24-CR-50(N,G),,WID/STR) 3039300400003
ERR-ANALYS (DATA-ERR) No information on the source of uncertainty 3039300400004
STATUS (TABLE) Table 10 of AAEC/E400 (1977) 3039300400005
(OUTDT) Correction factor 1.0737 not taken into account3039300400006
HISTORY (19770620A) KO. DATA-ERR of 0.05 for 24.08 keV 3039300400007
resonance added, letter from Allen, 77/05/31. 3039300400008
(19821103U) DG. ISO-QUANT to REACTION conversion 3039300400009
(20191015A) On. STATUS=OUTDT added. 3039300400010
(20230316A) VT+On. DATA: replaced floating point to 3039300400011
fixed point and ERR-ANALYS deleted and DATA-ERR:0.05 3039300400012
at 24.08 MeV deleted. 3039300400013
ENDBIB 11 0 3039300400014
NOCOMMON 0 0 3039300400015
DATA 3 5 3039300400016
EN-RES DATA DATA-ERR 3039300400017
KEV EV EV 3039300400018
18.64 0.67 0.07 3039300400019
24.08 0.34 3039300400020
33.47 1.05 0.14 3039300400021
40.64 0.70 0.09 3039300400022
59.21 1.79 0.23 3039300400023
ENDDATA 7 0 3039300400024
ENDSUBENT 23 0 3039300499999
SUBENT 30393005 20230316 20240316 3039300500001
BIB 3 9 3039300500002
REACTION 1(24-CR-50(N,0),,D) 3039300500003
2(24-CR-50(N,G),,WID,,AV) 3039300500004
3(24-CR-50(N,EL),,STF) 3039300500005
STATUS (TABLE) Table 11 of AAEC/E400 (1977) 3039300500006
(OUTDT) Correction factor 1.0737 not taken into account3039300500007
HISTORY (19821103U) DG. ISO-QUANT to REACTION conversion 3039300500008
(20191015A) On. STATUS=OUTDT added. 3039300500009
(20230316A) VT+On. DATA: replaced floating point to 3039300500010
fixed point and ERR-ANALYS deleted 3039300500011
ENDBIB 9 0 3039300500012
COMMON 2 3 3039300500013
EN-RES-MIN EN-RES-MAX 3039300500014
KEV KEV 3039300500015
5. 202. 3039300500016
ENDCOMMON 3 0 3039300500017
DATA 4 2 3039300500018
MOMENTUM L DATA 1DATA 2DATA 3 3039300500019
NO-DIM KEV EV NO-DIM 3039300500020
0. 18.7 2.29 3.64E-04 3039300500021
1. 4.15 0.83 3039300500022
ENDDATA 4 0 3039300500023
ENDSUBENT 22 0 3039300599999
SUBENT 30393006 20230316 20240316 3039300600001
BIB 4 9 3039300600002
REACTION (24-CR-50(N,G)24-CR-51,,SIG,,AV) 3039300600003
ERR-ANALYS (DATA-ERR) No information on the source of uncertainty 3039300600004
STATUS (TABLE) Table 12 of AAEC/E400 (1977) 3039300600005
(OUTDT) Correction factor 1.0737 not taken into account3039300600006
HISTORY (19821103A) DG. The values have been corrected, 3039300600007
conversion from ISO-QUANT to REACTION formalism. 3039300600008
(20230316A) VT+On. DATA: replaced floating point to 3039300600009
fixed point and ERR-ANALYS deleted and STATUS: (OUTDT)3039300600010
added 3039300600011
ENDBIB 9 0 3039300600012
NOCOMMON 0 0 3039300600013
DATA 4 13 3039300600014
EN-MIN EN-MAX DATA DATA-ERR 3039300600015
KEV KEV MB MB 3039300600016
5. 6. 2910. 782. 3039300600017
9. 10. 27.10 7.2 3039300600018
10. 20. 29.7 7.4 3039300600019
20. 30. 15.3 3.9 3039300600020
30. 40. 87.5 22.0 3039300600021
40. 50. 17.4 4.4 3039300600022
50. 60. 32.8 8.5 3039300600023
60. 70. 17.6 4.5 3039300600024
70. 80. 24.3 6.7 3039300600025
80. 90. 39.0 12.7 3039300600026
90. 100. 27.4 7.4 3039300600027
100. 150. 14.3 3.6 3039300600028
150. 200. 11.2 3.0 3039300600029
ENDDATA 15 0 3039300600030
ENDSUBENT 29 0 3039300699999
SUBENT 30393007 20230316 20240316 3039300700001
BIB 4 8 3039300700002
REACTION (24-CR-50(N,G)24-CR-51,,SIG,,MXW) 3039300700003
ERR-ANALYS (DATA-ERR) No information on the source of uncertainty 3039300700004
STATUS (TABLE) Table 12 of AAEC/E400 (1977) 3039300700005
(OUTDT) Correction factor 1.0737 not taken into account3039300700006
HISTORY (19821103U) DG. ISO-QUANT to REACTION conversion 3039300700007
(20191015A) On. STATUS=OUTDT added. 3039300700008
(20230316A) VT+On. DATA: replaced floating point to 3039300700009
fixed point and ERR-ANALYS deleted 3039300700010
ENDBIB 8 0 3039300700011
NOCOMMON 0 0 3039300700012
DATA 3 1 3039300700013
KT DATA DATA-ERR 3039300700014
KEV MB MB 3039300700015
30. 48.7 12.2 3039300700016
ENDDATA 3 0 3039300700017
ENDSUBENT 16 0 3039300799999
SUBENT 30393008 20230316 20240316 3039300800001
BIB 6 15 3039300800002
REACTION 1(24-CR-52(N,0),,EN) 3039300800003
2(24-CR-52(N,G),,ARE) 3039300800004
3(24-CR-52(N,0),,L) 3039300800005
4(24-CR-52(N,G),,WID) 3039300800006
ASSUMED (ASSUM,24-CR-52(N,EL),,WID) 3039300800007
Generally the values are taken from Mughabghab and 3039300800008
Garber, BNL-325,3rd (1973) 3039300800009
COMMENT s-wave resonance parameters 3039300800010
ERR-ANALYS (DATA-ERR) No information on the source of uncertainty 3039300800011
STATUS (TABLE) Table 3 of AAEC/E400 (1977) 3039300800012
(OUTDT) Correction factor 1.0737 not taken into account3039300800013
HISTORY (19821103U) DG. ISO-QUANT to REACTION conversion 3039300800014
(20191015A) On. STATUS=OUTDT added. 3039300800015
(20230316A) VT+On. DATA: replaced floating point to 3039300800016
fixed point and ERR-ANALYS deleted 3039300800017
ENDBIB 15 0 3039300800018
NOCOMMON 0 0 3039300800019
DATA 8 6 3039300800020
DATA 1DATA-ERR 1DATA 2DATA-ERR 2DATA 3ASSUM 3039300800021
DATA 4DATA-ERR 4 3039300800022
KEV KEV B*EV B*EV NO-DIM EV 3039300800023
EV EV 3039300800024
50.20 0.10 89.6 14.0 0. 18.3039300800025
1.06 0.15 3039300800026
97.79 0.20 223. 35.0 0. 7500.3039300800027
5.16 0.80 3039300800028
121.69 0.25 29.6 4.5 0. 800.3039300800029
0.85 0.14 3039300800030
141.04 0.16 40.2 6.0 0. 7500.3039300800031
1.50 0.22 3039300800032
283.45 0.38 47.2 6.3 0. 1500.3039300800033
3.16 0.50 3039300800034
326.60 0.44 82.3 12.1 0. 6000.3039300800035
6.33 0.90 3039300800036
ENDDATA 16 0 3039300800037
ENDSUBENT 36 0 3039300899999
SUBENT 30393009 20230316 20240316 3039300900001
BIB 6 23 3039300900002
REACTION 1(24-CR-52(N,0),,EN) 3039300900003
2(24-CR-52(N,G),,ARE) 3039300900004
3(24-CR-52(N,0),,L) 3039300900005
4(24-CR-52(N,G),,WID,,G) 3039300900006
5(24-CR-52(N,EL),,WID,,G) 3039300900007
6(24-CR-52(N,EL),,WID) 3039300900008
ASSUMED (ASSUM,24-CR-52(N,EL),,WID) 3039300900009
COMMENT p- or higher wave resonance parameters. 3039300900010
Two large s-wave resonances at 50.3 and 98.0 keV have 3039300900011
neighboring p-wave resonances of 50.2 and 95.2 keV, 33039300900012
respectively, and the parameters for these latter 3039300900013
resonances are affected by fit for s-wave resonance 3039300900014
and hence have larger uncertainties than normal. 3039300900015
ERR-ANALYS (DATA-ERR) No information on the source of uncertainty 3039300900016
STATUS (TABLE) Table 7 of AAEC/E400 (1977) 3039300900017
(OUTDT) Correction factor 1.0737 not taken into account3039300900018
HISTORY (19770620A) KO. Amendment after Allen's lett.,77/05/31,3039300900019
n-widths for 5.27 and 19.30 keV should read as 3039300900020
g*(n-width). 3039300900021
(19821103U) DG. ISO-QUANT to REACTION conversion 3039300900022
(20191015A) On. STATUS=OUTDT added. 3039300900023
(20230316A) VT+On. DATA: replaced floating point to 3039300900024
fixed point and ERR-ANALYS deleted 3039300900025
ENDBIB 23 0 3039300900026
NOCOMMON 0 0 3039300900027
DATA 11 44 3039300900028
DATA 1DATA-ERR 1DATA 2DATA-ERR 2DATA-MIN 3DATA 43039300900029
DATA-ERR 4DATA 5DATA-ERR 5ASSUM DATA 6 3039300900030
KEV KEV B*EV B*EV NO-DIM EV 3039300900031
EV EV EV EV EV 3039300900032
5.27 0.01 0.38 0.04 1. 0.603039300900033
0.07 0.015 0.005 3039300900034
19.30 0.02 4.94 0.52 1. 3039300900035
0.02 0.003 3039300900036
22.95 0.02 93.8 9.90 1. 0.553039300900037
0.06 4. 3039300900038
27.59 0.03 89.1 9.40 1. 0.633039300900039
0.07 5. 3039300900040
31.64 0.03 25.0 2.60 1. 0.193039300900041
0.02 50. 3039300900042
33.91 0.03 37.5 4.00 1. 0.313039300900043
0.02 6. 3039300900044
34.30 0.03 23.4 2.50 1. 0.193039300900045
0.02 6. 3039300900046
47.91 0.05 28.8 3.10 1. 0.343039300900047
0.04 5. 3039300900048
48.25 0.05 35.5 3.80 1. 0.423039300900049
0.06 10. 3039300900050
50.08 0.05 19.3 2.00 1. 0.243039300900051
0.03 4. 3039300900052
57.68 0.06 41.0 4.30 1. 0.953039300900053
0.10 90. 3039300900054
68.10 0.07 10.4 1.10 1. 0.173039300900055
0.02 10. 3039300900056
78.74 0.08 20.3 2.20 1. 0.383039300900057
0.04 25. 3039300900058
95.00 0.09 24.8 2.60 1. 0.953039300900059
0.10 30. 3039300900060
106.28 0.11 48.9 5.20 1. 1.263039300900061
0.13 50. 3039300900062
109.64 0.11 33.0 3.50 1. 0.883039300900063
0.09 35. 3039300900064
111.27 0.12 1.25 0.13 1. 0.203039300900065
0.02 40. 3039300900066
111.65 0.12 5.2 0.65 1. 1.423039300900067
0.15 40. 3039300900068
112.89 0.13 20.4 2.20 1. 0.553039300900069
0.06 40. 3039300900070
114.81 0.13 4.8 0.50 1. 0.133039300900071
0.14 8. 3039300900072
115.01 0.14 7.1 0.80 1. 0.203039300900073
0.02 7. 3039300900074
122.69 0.15 59.0 6.30 1. 1.783039300900075
0.19 40. 3039300900076
130.42 0.16 65.5 6.00 1. 1.483039300900077
0.16 150. 3039300900078
139.35 0.17 58.5 6.20 1. 1.953039300900079
0.21 300. 3039300900080
143.33 0.18 28.7 3.00 1. 0.823039300900081
0.09 400. 3039300900082
152.76 0.20 39.1 4.10 1. 1.453039300900083
0.15 55. 3039300900084
164.68 0.21 28.5 3.00 1. 1.143039300900085
0.12 40. 3039300900086
183.93 0.24 10.6 1.10 1. 0.473039300900087
0.05 20. 3039300900088
184.63 0.24 20.9 2.20 1. 0.943039300900089
0.10 40. 3039300900090
189.91 0.25 72.4 7.70 1. 3.343039300900091
0.04 120. 3039300900092
198.08 0.27 28.1 3.00 1. 1.343039300900093
0.14 100. 3039300900094
199.74 0.27 4.7 0.50 1. 0.223039300900095
0.02 20. 3039300900096
200.73 0.28 33.0 3.50 1. 1.593039300900097
0.17 80. 3039300900098
204.53 0.28 17.0 1.80 1. 0.823039300900099
0.09 100. 3039300900100
206.48 0.30 26.6 2.80 1. 1.303039300900101
0.14 100. 3039300900102
224.62 0.32 15.4 1.60 1. 0.863039300900103
0.09 65. 3039300900104
233.95 0.34 13.4 1.40 1. 0.743039300900105
0.08 100. 3039300900106
234.65 0.34 44.0 4.70 1. 2.463039300900107
0.26 130. 3039300900108
242.68 0.35 23.7 2.50 1. 1.363039300900109
0.14 200. 3039300900110
246.37 0.36 12.0 1.30 1. 0.393039300900111
0.04 25. 3039300900112
250.56 0.37 23.7 2.50 1. 1.413039300900113
0.15 100. 3039300900114
304.47 0.42 37.9 4.00 1. 2.763039300900115
4.00 100. 3039300900116
306.87 0.42 30.2 3.20 1. 2.213039300900117
0.23 120. 3039300900118
345.31 0.55 42.0 4.40 1. 3.443039300900119
0.36 350. 3039300900120
ENDDATA 92 0 3039300900121
ENDSUBENT 120 0 3039300999999
SUBENT 30393010 20230316 20240316 3039301000001
BIB 4 8 3039301000002
REACTION (24-CR-52(N,G),,WID/STR) 3039301000003
ERR-ANALYS (DATA-ERR) No information on the source of uncertainty 3039301000004
STATUS (TABLE) Table 10 of AAEC/E400 (1977) 3039301000005
(OUTDT) Correction factor 1.0737 not taken into account3039301000006
HISTORY (19821103U) DG. ISO-QUANT to REACTION conversion 3039301000007
(20191015A) On. STATUS=OUTDT added. 3039301000008
(20230316A) VT+On. DATA: replaced floating point to 3039301000009
fixed point and ERR-ANALYS deleted 3039301000010
ENDBIB 8 0 3039301000011
NOCOMMON 0 0 3039301000012
DATA 3 5 3039301000013
EN-RES DATA DATA-ERR 3039301000014
KEV EV EV 3039301000015
22.95 0.55 0.06 3039301000016
33.91 0.31 0.02 3039301000017
78.74 0.38 0.04 3039301000018
111.65 1.39 0.15 3039301000019
130.42 1.48 0.16 3039301000020
ENDDATA 7 0 3039301000021
ENDSUBENT 20 0 3039301099999
SUBENT 30393011 20230316 20240316 3039301100001
BIB 3 9 3039301100002
REACTION 1(24-CR-52(N,0),,D) 3039301100003
2(24-CR-52(N,G),,WID,,AV) 3039301100004
3(24-CR-52(N,EL),,STF) 3039301100005
STATUS (TABLE) Table 11 of AAEC/E400 (1977) 3039301100006
(OUTDT) Correction factor 1.0737 not taken into account3039301100007
HISTORY (19821103U) DG. ISO-QUANT to REACTION conversion 3039301100008
(20191015A) On. STATUS=OUTDT added. 3039301100009
(20230316A) VT+On. DATA: replaced floating point to 3039301100010
fixed point and ERR-ANALYS deleted 3039301100011
ENDBIB 9 0 3039301100012
COMMON 2 3 3039301100013
EN-RES-MIN EN-RES-MAX 3039301100014
KEV KEV 3039301100015
5. 350. 3039301100016
ENDCOMMON 3 0 3039301100017
DATA 4 2 3039301100018
MOMENTUM L DATA 1DATA 2DATA 3 3039301100019
NO-DIM KEV EV NO-DIM 3039301100020
0. 56.0 3.23 2.19E-04 3039301100021
1. 6.7 0.61 3039301100022
ENDDATA 4 0 3039301100023
ENDSUBENT 22 0 3039301199999
SUBENT 30393012 20230316 20240316 3039301200001
BIB 4 10 3039301200002
REACTION (24-CR-52(N,G)24-CR-53,,SIG,,AV) 3039301200003
ERR-ANALYS (DATA-ERR) No information on the source of uncertainty 3039301200004
STATUS (TABLE) Table 12 of AAEC/E400 (1977). This entry 3039301200005
replaces EXFOR 30288.005 3039301200006
(OUTDT) Correction factor 1.0737 not taken into account3039301200007
HISTORY (19821103A) DG. The values have been corrected, 3039301200008
conversion from ISO-QUANT to REACTION formalism. 3039301200009
(20230316A) VT+On. DATA: replaced floating point to 3039301200010
fixed point and ERR-ANALYS deleted and STATUS: (OUTDT)3039301200011
added 3039301200012
ENDBIB 10 0 3039301200013
NOCOMMON 0 0 3039301200014
DATA 4 13 3039301200015
EN-MIN EN-MAX DATA DATA-ERR 3039301200016
KEV KEV MB MB 3039301200017
10. 20. 0.51 0.13 3039301200018
20. 30. 17.0 4.52 3039301200019
30. 40. 8.62 2.16 3039301200020
40. 50. 6.51 1.63 3039301200021
50. 60. 17.4 4.4 3039301200022
60. 70. 1.05 0.20 3039301200023
70. 80. 2.03 0.51 3039301200024
90. 100. 25.0 6.3 3039301200025
100. 150. 7.9 2.0 3039301200026
150. 200. 3.9 1.0 3039301200027
200. 250. 3.6 0.9 3039301200028
250. 300. 1.3 0.3 3039301200029
300. 350. 4.5 1.1 3039301200030
ENDDATA 15 0 3039301200031
ENDSUBENT 30 0 3039301299999
SUBENT 30393013 20230316 20240316 3039301300001
BIB 4 8 3039301300002
REACTION (24-CR-52(N,G)24-CR-53,,SIG,,MXW) 3039301300003
ERR-ANALYS (DATA-ERR) No information on the source of uncertainty 3039301300004
STATUS (TABLE) Table 12 of AAEC/E400 (1977) 3039301300005
(OUTDT) Correction factor 1.0737 not taken into account3039301300006
HISTORY (19821103U) DG. ISO-QUANT to REACTION conversion 3039301300007
(20191015A) On. STATUS=OUTDT added. 3039301300008
(20230316A) VT+On. DATA: replaced floating point to 3039301300009
fixed point and ERR-ANALYS deleted 3039301300010
ENDBIB 8 0 3039301300011
NOCOMMON 0 0 3039301300012
DATA 3 1 3039301300013
KT DATA DATA-ERR 3039301300014
KEV MB MB 3039301300015
30. 9.1 2.1 3039301300016
ENDDATA 3 0 3039301300017
ENDSUBENT 16 0 3039301399999
SUBENT 30393014 20230316 20240316 3039301400001
BIB 6 18 3039301400002
REACTION 1(24-CR-53(N,0),,EN) 3039301400003
2(24-CR-53(N,G),,ARE) 3039301400004
3(24-CR-53(N,0),,L) 3039301400005
4(24-CR-53(N,G),,WID) 3039301400006
ASSUMED (ASSUM,24-CR-53(N,EL),,WID) 3039301400007
Generally the values are taken from Mughabghab and 3039301400008
Garber, BNL-325,3rd (1973) 3039301400009
COMMENT s-wave resonance parameters 3039301400010
The data do not give sufficient evidence to establish 3039301400011
that an s-wave resonance occurs at about 65.7 keV as 3039301400012
reported elsewhere. 3039301400013
ERR-ANALYS (DATA-ERR) No information on the source of uncertainty 3039301400014
STATUS (TABLE) Table 4 of AAEC/E400 (1977) 3039301400015
(OUTDT) Correction factor 1.0737 not taken into account3039301400016
HISTORY (19821103U) DG. ISO-QUANT to REACTION conversion 3039301400017
(20191015A) On. STATUS=OUTDT added. 3039301400018
(20230316A) VT+On. DATA: replaced floating point to 3039301400019
fixed point and ERR-ANALYS deleted 3039301400020
ENDBIB 18 0 3039301400021
NOCOMMON 0 0 3039301400022
DATA 8 16 3039301400023
DATA 1DATA-ERR 1DATA 2DATA-ERR 2DATA 3ASSUM 3039301400024
DATA 4DATA-ERR 4 3039301400025
KEV KEV B*EV B*EV NO-DIM EV 3039301400026
EV EV 3039301400027
4.18 0.01 1130. 260. 0. 1520.3039301400028
3.1 0.8 3039301400029
5.70 0.01 410. 105. 0. 220.3039301400030
0.9 0.3 3039301400031
6.73 0.01 1016. 205. 0. 1200.3039301400032
4.5 1.2 3039301400033
8.17 0.01 757. 185. 0. 1030.3039301400034
2.3 0.6 3039301400035
19.72 0.02 88.5 10.0 0. 100.3039301400036
0.66 0.08 3039301400037
25.89 0.03 24.4 2.6 0. 150.3039301400038
0.40 0.05 3039301400039
27.36 0.03 37.6 4.0 0. 700.3039301400040
0.65 0.08 3039301400041
29.56 0.03 61.6 6.4 0. 250.3039301400042
1.15 0.14 3039301400043
73.18 0.07 35.4 3.8 0. 220.3039301400044
1.65 0.20 3039301400045
86.01 0.09 27.9 3.3 0. 180.3039301400046
1.52 0.18 3039301400047
93.80 0.09 25.5 2.9 0. 110.3039301400048
1.53 0.18 3039301400049
95.20 0.10 9.2 1.0 0. 75.3039301400050
0.55 0.13 3039301400051
98.54 0.10 38.7 4.0 0. 75.3039301400052
2.48 0.30 3039301400053
104.41 0.11 51.5 5.7 0. 30.3039301400054
3.18 0.50 3039301400055
135.15 0.15 43.8 4.7 0. 350.3039301400056
4.33 0.55 3039301400057
163.73 0.19 44.0 4.7 0. 500.3039301400058
4.59 0.58 3039301400059
ENDDATA 36 0 3039301400060
ENDSUBENT 59 0 3039301499999
SUBENT 30393015 20230316 20240316 3039301500001
BIB 6 15 3039301500002
REACTION 1(24-CR-53(N,0),,EN) 3039301500003
2(24-CR-53(N,G),,ARE) 3039301500004
3(24-CR-53(N,0),,L) 3039301500005
4(24-CR-53(N,G),,WID,,G) 3039301500006
5(24-CR-53(N,EL),,WID) 3039301500007
ASSUMED (ASSUM,24-CR-53(N,EL),,WID) 3039301500008
COMMENT p- or higher wave resonance parameters 3039301500009
ERR-ANALYS (DATA-ERR) No information on the source of uncertainty 3039301500010
STATUS (TABLE) Table 8 of AAEC/E400 (1977) 3039301500011
(OUTDT) Correction factor 1.0737 not taken into account3039301500012
HISTORY (19770620A) KO.-Res.En. 47.46keV should read 42.46keV. 3039301500013
(19821103U) DG. ISO-QUANT to REACTION conversion 3039301500014
(20191015A) On. STATUS=OUTDT added. 3039301500015
(20230316A) VT+On. DATA: replaced floating point to 3039301500016
fixed point and ERR-ANALYS deleted 3039301500017
ENDBIB 15 0 3039301500018
NOCOMMON 0 0 3039301500019
DATA 9 42 3039301500020
DATA 1DATA-ERR 1DATA 2DATA-ERR 2DATA-MIN 3DATA 43039301500021
DATA-ERR 4DATA 5ASSUM 3039301500022
KEV KEV B*EV B*EV NO-DIM EV 3039301500023
EV EV EV 3039301500024
12.11 0.01 73.0 7.7 1. 0.223039301500025
0.02 8. 3039301500026
12.96 0.01 35.9 3.8 1. 0.113039301500027
0.01 8. 3039301500028
14.67 0.01 36.5 3.9 1. 0.133039301500029
0.01 7. 3039301500030
20.23 0.02 69.1 7.3 1. 0.353039301500031
0.04 9. 3039301500032
22.49 0.02 24.1 2.5 1. 0.133039301500033
0.01 18. 3039301500034
28.81 0.03 22.5 2.4 1. 0.163039301500035
0.02 12. 3039301500036
28.91 0.03 22.8 2.4 1. 0.163039301500037
0.02 12. 3039301500038
31.61 0.03 37.3 3.9 1. 0.293039301500039
0.03 15. 3039301500040
32.17 0.03 35.6 3.8 1. 0.283039301500041
0.03 16. 3039301500042
35.05 0.04 37.2 3.9 1. 0.323039301500043
0.03 20. 3039301500044
37.84 0.04 27.5 2.9 1. 0.273039301500045
0.03 12. 3039301500046
47.46 0.04 20.4 2.2 1. 0.213039301500047
0.02 9. 3039301500048
43.32 0.06 24.8 2.6 1. 0.273039301500049
0.03 9. 3039301500050
47.17 0.05 15.4 1.6 1. 0.173039301500051
0.02 25. 3039301500052
47.27 0.05 17.4 1.8 1. 0.203039301500053
0.02 20. 3039301500054
49.98 0.05 22.1 2.3 1. 0.273039301500055
0.03 25. 3039301500056
51.08 0.05 17.4 1.8 1. 0.213039301500057
0.02 35. 3039301500058
53.62 0.05 30.1 3.2 1. 0.393039301500059
0.06 45. 3039301500060
62.40 0.06 12.8 1.4 1. 0.193039301500061
0.02 25. 3039301500062
62.68 0.06 31.1 3.3 1. 0.473039301500063
0.05 30. 3039301500064
66.48 0.07 17.0 1.8 1. 0.453039301500065
0.05 50. 3039301500066
67.18 0.07 18.3 1.9 1. 0.293039301500067
0.03 50. 3039301500068
69.49 0.07 21.2 2.2 1. 0.353039301500069
0.04 40. 3039301500070
69.83 0.07 55.7 5.9 1. 0.953039301500071
0.10 40. 3039301500072
74.43 0.08 58.1 6.1 1. 1.733039301500073
0.18 200. 3039301500074
100.64 0.10 19.7 2.1 1. 0.503039301500075
0.05 100. 3039301500076
108.72 0.12 68.8 7.3 1. 1.783039301500077
0.19 300. 3039301500078
116.95 0.13 19.0 2.0 1. 0.543039301500079
0.06 20. 3039301500080
124.77 0.14 25.2 2.7 1. 0.763039301500081
0.08 30. 3039301500082
127.57 0.14 23.7 2.5 1. 0.723039301500083
0.08 50. 3039301500084
145.27 0.17 20.1 2.1 1. 0.693039301500085
0.07 90. 3039301500086
147.47 0.17 13.4 1.4 1. 0.473039301500087
0.05 30. 3039301500088
154.20 0.19 34.8 3.7 1. 1.333039301500089
0.14 30. 3039301500090
162.98 0.21 20.6 2.2 1. 0.823039301500091
0.09 30. 3039301500092
169.76 0.23 14.8 1.6 1. 0.613039301500093
0.06 30. 3039301500094
176.29 0.26 32.9 3.5 1. 1.443039301500095
0.15 30. 3039301500096
200.48 0.31 7.1 0.8 1. 0.333039301500097
0.03 100. 3039301500098
201.67 0.31 42.4 4.5 1. 2.073039301500099
0.22 100. 3039301500100
203.17 0.32 36.7 3.9 1. 1.793039301500101
0.19 100. 3039301500102
234.09 0.35 40.7 4.3 1. 2.313039301500103
0.24 100. 3039301500104
249.84 0.38 23.5 2.5 1. 1.463039301500105
0.15 300. 3039301500106
264.31 0.40 12.6 1.3 1. 0.813039301500107
0.09 30. 3039301500108
ENDDATA 88 0 3039301500109
ENDSUBENT 108 0 3039301599999
SUBENT 30393016 20230316 20240316 3039301600001
BIB 4 8 3039301600002
REACTION (24-CR-53(N,G),,WID/STR) 3039301600003
ERR-ANALYS (DATA-ERR) No information on the source of uncertainty 3039301600004
STATUS (TABLE) Table 10 of AAEC/E400 (1977) 3039301600005
(OUTDT) Correction factor 1.0737 not taken into account3039301600006
HISTORY (19821103U) DG. ISO-QUANT to REACTION conversion 3039301600007
(20191015A) On. STATUS=OUTDT added. 3039301600008
(20230316A) VT+On. DATA: replaced floating point to 3039301600009
fixed point and ERR-ANALYS deleted 3039301600010
ENDBIB 8 0 3039301600011
NOCOMMON 0 0 3039301600012
DATA 3 5 3039301600013
EN-RES DATA DATA-ERR 3039301600014
KEV EV EV 3039301600015
12.11 0.22 0.02 3039301600016
20.23 0.35 0.04 3039301600017
35.05 0.32 0.03 3039301600018
42.46 0.21 0.02 3039301600019
43.32 0.27 0.03 3039301600020
ENDDATA 7 0 3039301600021
ENDSUBENT 20 0 3039301699999
SUBENT 30393017 20230316 20240316 3039301700001
BIB 3 9 3039301700002
REACTION 1(24-CR-53(N,0),,D) 3039301700003
2(24-CR-53(N,G),,WID,,AV) 3039301700004
3(24-CR-53(N,EL),,STF) 3039301700005
STATUS (TABLE) Table 11 of AAEC/E400 (1977) 3039301700006
(OUTDT) Correction factor 1.0737 not taken into account3039301700007
HISTORY (19821103U) DG. ISO-QUANT to REACTION conversion 3039301700008
(20191015A) On. STATUS=OUTDT added. 3039301700009
(20230316A) VT+On. DATA: replaced floating point to 3039301700010
fixed point and ERR-ANALYS deleted 3039301700011
ENDBIB 9 0 3039301700012
COMMON 2 3 3039301700013
EN-RES-MIN EN-RES-MAX 3039301700014
KEV KEV 3039301700015
4. 265. 3039301700016
ENDCOMMON 3 0 3039301700017
DATA 4 2 3039301700018
MOMENTUM L DATA 1DATA 2DATA 3 3039301700019
NO-DIM KEV EV NO-DIM 3039301700020
0. 8.2 2.08 2.6E-04 3039301700021
1. 4.8 1.04 3039301700022
ENDDATA 4 0 3039301700023
ENDSUBENT 22 0 3039301799999
SUBENT 30393018 20230316 20240316 3039301800001
BIB 4 9 3039301800002
REACTION (24-CR-53(N,G)24-CR-54,,SIG,,AV) 3039301800003
ERR-ANALYS (DATA-ERR) No information on the source of uncertainty 3039301800004
STATUS (TABLE) Table 12 of AAEC/E400 (1977) 3039301800005
(OUTDT) Correction factor 1.0737 not taken into account3039301800006
HISTORY (19821103A) DG. The values have been corrected, 3039301800007
conversion from ISO-QUANT to REACTION formalism. 3039301800008
(20230316A) VT+On. DATA: replaced floating point to 3039301800009
fixed point and ERR-ANALYS deleted and STATUS: (OUTDT)3039301800010
added 3039301800011
ENDBIB 9 0 3039301800012
NOCOMMON 0 0 3039301800013
DATA 4 16 3039301800014
EN-MIN EN-MAX DATA DATA-ERR 3039301800015
KEV KEV MB MB 3039301800016
4. 5. 1050. 282. 3039301800017
5. 6. 619. 155. 3039301800018
6. 7. 1060. 285. 3039301800019
8. 9. 1050. 263. 3039301800020
10. 20. 23.4 5.9 3039301800021
20. 30. 26.2 6.8 3039301800022
30. 40. 13.8 3.5 3039301800023
40. 50. 7.8 2.1 3039301800024
50. 60. 7.0 1.9 3039301800025
60. 70. 10.0 2.8 3039301800026
70. 80. 14.9 3.9 3039301800027
80. 90. 2.8 0.82 3039301800028
90. 100. 7.4 2.1 3039301800029
100. 150. 5.5 1.5 3039301800030
150. 200. 2.9 0.9 3039301800031
200. 250. 2.5 0.7 3039301800032
ENDDATA 18 0 3039301800033
ENDSUBENT 32 0 3039301899999
SUBENT 30393019 20230316 20240316 3039301900001
BIB 4 8 3039301900002
REACTION (24-CR-53(N,G)24-CR-54,,SIG,,MXW) 3039301900003
ERR-ANALYS (DATA-ERR) No information on the source of uncertainty 3039301900004
STATUS (TABLE) Table 12 of AAEC/E400 (1977) 3039301900005
(OUTDT) Correction factor 1.0737 not taken into account3039301900006
HISTORY (19821103U) DG. ISO-QUANT to REACTION conversion 3039301900007
(20191015A) On. STATUS=OUTDT added. 3039301900008
(20230316A) VT+On. DATA: replaced floating point to 3039301900009
fixed point and ERR-ANALYS deleted 3039301900010
ENDBIB 8 0 3039301900011
NOCOMMON 0 0 3039301900012
DATA 3 1 3039301900013
KT DATA DATA-ERR 3039301900014
KEV MB MB 3039301900015
30. 54.0 9.4 3039301900016
ENDDATA 3 0 3039301900017
ENDSUBENT 16 0 3039301999999
SUBENT 30393020 20230316 20240316 3039302000001
BIB 6 15 3039302000002
REACTION 1(24-CR-54(N,0),,EN) 3039302000003
2(24-CR-54(N,G),,ARE) 3039302000004
3(24-CR-54(N,0),,L) 3039302000005
4(24-CR-54(N,G),,WID) 3039302000006
ASSUMED (ASSUM,24-CR-54(N,EL),,WID) 3039302000007
Generally the values are taken from Mughabghab and 3039302000008
Garber, BNL-325,3rd (1973). 3039302000009
COMMENT s-wave resonance parameters 3039302000010
ERR-ANALYS (DATA-ERR) No information on the source of uncertainty 3039302000011
STATUS (TABLE) Table 5 of AAEC/E400 (1977) 3039302000012
(OUTDT) Correction factor 1.0737 not taken into account3039302000013
HISTORY (19821103U) DG. ISO-QUANT to REACTION conversion 3039302000014
(20191015A) On. STATUS=OUTDT added. 3039302000015
(20230316A) VT+On. DATA: replaced floating point to 3039302000016
fixed point and ERR-ANALYS deleted 3039302000017
ENDBIB 15 0 3039302000018
NOCOMMON 0 0 3039302000019
DATA 8 6 3039302000020
DATA 1DATA-ERR 1DATA 2DATA-ERR 2DATA 3ASSUM 3039302000021
DATA 4DATA-ERR 4 3039302000022
KEV KEV B*EV B*EV NO-DIM EV 3039302000023
EV EV 3039302000024
23.05 0.02 175.4 17.5 0. 590.3039302000025
0.96 0.10 3039302000026
120.19 0.15 144.5 14.5 0. 3500.3039302000027
4.11 0.41 3039302000028
129.12 0.16 30.8 3.1 0. 250.3039302000029
0.94 0.10 3039302000030
225.80 0.38 43.9 4.4 0. 400.3039302000031
2.35 0.24 3039302000032
248.15 0.41 40.4 4.1 0. 700.3039302000033
2.38 0.24 3039302000034
267.00 0.43 35.2 3.5 0. 350.3039302000035
2.24 0.22 3039302000036
ENDDATA 16 0 3039302000037
ENDSUBENT 36 0 3039302099999
SUBENT 30393021 20230316 20240316 3039302100001
BIB 6 15 3039302100002
REACTION 1(24-CR-54(N,0),,EN) 3039302100003
2(24-CR-54(N,G),,ARE) 3039302100004
3(24-CR-54(N,0),,L) 3039302100005
4(24-CR-54(N,G),,WID,,G) 3039302100006
ASSUMED (ASSUM,24-CR-54(N,EL),,WID) 3039302100007
COMMENT p- or higher wave resonance parameters. - 3039302100008
On the available statistics, no p-wave resonance above 3039302100009
200 keV could be distinguished. 3039302100010
ERR-ANALYS (DATA-ERR) No information on the source of uncertainty 3039302100011
STATUS (TABLE) Table 9 of AAEC/E400 (1977) 3039302100012
(OUTDT) Correction factor 1.0737 not taken into account3039302100013
HISTORY (19821103U) DG. ISO-QUANT to REACTION conversion 3039302100014
(20191015A) On. STATUS=OUTDT added. 3039302100015
(20230316A) VT+On. DATA: replaced floating point to 3039302100016
fixed point and ERR-ANALYS deleted 3039302100017
ENDBIB 15 0 3039302100018
NOCOMMON 0 0 3039302100019
DATA 8 10 3039302100020
DATA 1DATA-ERR 1DATA 2DATA-ERR 2DATA-MIN 3DATA 43039302100021
DATA-ERR 4ASSUM 3039302100022
KEV KEV B*EV B*EV NO-DIM EV 3039302100023
EV EV 3039302100024
10.29 0.01 65.9 6.6 1. 0.163039302100025
0.02 4. 3039302100026
14.45 0.01 78.5 7.9 1. 0.273039302100027
0.03 6. 3039302100028
19.21 0.02 59.5 6.0 1. 0.283039302100029
0.03 8. 3039302100030
51.13 0.05 26.0 2.6 1. 0.323039302100031
0.03 13. 3039302100032
54.92 0.05 23.1 2.3 1. 0.303039302100033
0.03 39. 3039302100034
67.39 0.07 35.8 3.6 1. 0.583039302100035
0.06 16. 3039302100036
76.31 0.08 23.8 2.4 1. 0.433039302100037
0.04 35. 3039302100038
163.76 0.23 22.4 2.2 1. 0.883039302100039
0.09 50. 3039302100040
170.36 0.24 21.3 2.1 1. 0.883039302100041
0.09 20. 3039302100042
187.31 0.27 33.0 3.3 1. 1.473039302100043
0.15 100. 3039302100044
ENDDATA 24 0 3039302100045
ENDSUBENT 44 0 3039302199999
SUBENT 30393022 20230316 20240316 3039302200001
BIB 4 8 3039302200002
REACTION (24-CR-54(N,G),,WID/STR) 3039302200003
ERR-ANALYS (DATA-ERR) No information on the source of uncertainty 3039302200004
STATUS (TABLE) Table 10 of AAEC/E400 (1977) 3039302200005
(OUTDT) Correction factor 1.0737 not taken into account3039302200006
HISTORY (19821103U) DG. ISO-QUANT to REACTION conversion 3039302200007
(20191015A) On. STATUS=OUTDT added. 3039302200008
(20230316A) VT+On. DATA: replaced floating point to 3039302200009
fixed point and ERR-ANALYS deleted 3039302200010
ENDBIB 8 0 3039302200011
NOCOMMON 0 0 3039302200012
DATA 3 5 3039302200013
EN-RES DATA DATA-ERR 3039302200014
KEV EV EV 3039302200015
10.29 0.16 0.02 3039302200016
14.45 0.27 0.03 3039302200017
19.21 0.28 0.03 3039302200018
51.13 0.32 0.03 3039302200019
54.92 0.30 0.03 3039302200020
ENDDATA 7 0 3039302200021
ENDSUBENT 20 0 3039302299999
SUBENT 30393023 20230316 20240316 3039302300001
BIB 3 9 3039302300002
REACTION 1(24-CR-54(N,0),,D) 3039302300003
2(24-CR-54(N,G),,WID,,AV) 3039302300004
3(24-CR-54(N,EL),,STF) 3039302300005
STATUS (TABLE) Table 11 of AAEC/E400 (1977) 3039302300006
(OUTDT) Correction factor 1.0737 not taken into account3039302300007
HISTORY (19821103U) DG. ISO-QUANT to REACTION conversion 3039302300008
(20191015A) On. STATUS=OUTDT added. 3039302300009
(20230316A) VT+On. DATA: replaced floating point to 3039302300010
fixed point and ERR-ANALYS deleted 3039302300011
ENDBIB 9 0 3039302300012
COMMON 2 3 3039302300013
EN-RES-MIN EN-RES-MAX 3039302300014
KEV KEV 3039302300015
5. 270. 3039302300016
ENDCOMMON 3 0 3039302300017
DATA 4 2 3039302300018
MOMENTUM L DATA 1DATA 2DATA 3 3039302300019
NO-DIM KEV EV NO-DIM 3039302300020
0. 55.8 2.16 0.73E-04 3039302300021
1. 20.6 0.36 3039302300022
ENDDATA 4 0 3039302300023
ENDSUBENT 22 0 3039302399999
SUBENT 30393024 20230316 20240316 3039302400001
BIB 4 10 3039302400002
REACTION (24-CR-54(N,G)24-CR-55,,SIG,,AV) 3039302400003
ERR-ANALYS (DATA-ERR) No information on the source of uncertainty 3039302400004
STATUS (TABLE) Table 12 of AAEC/E400 (1977) 3039302400005
(OUTDT) Correction factor 1.0737 not taken into account3039302400006
HISTORY (19770620A) KO. Correction of error,188+-471 to 188+-473039302400007
(19821103A) DG. The values have been corrected, 3039302400008
conversion from ISO-QUANT to REACTION formalism. 3039302400009
(20230316A) VT+On. DATA: replaced floating point to 3039302400010
fixed point and ERR-ANALYS deleted and STATUS: (OUTDT)3039302400011
added 3039302400012
ENDBIB 10 0 3039302400013
NOCOMMON 0 0 3039302400014
DATA 4 9 3039302400015
EN-MIN EN-MAX DATA DATA-ERR 3039302400016
KEV KEV MB MB 3039302400017
5. 6. 188. 471. 3039302400018
10. 20. 6.0 1.5 3039302400019
20. 30. 17.5 5.0 3039302400020
50. 60. 4.9 1.3 3039302400021
60. 70. 3.6 1.0 3039302400022
70. 80. 2.4 0.6 3039302400023
100. 150. 3.5 1.3 3039302400024
150. 200. 1.5 0.4 3039302400025
200. 250. 1.7 0.5 3039302400026
ENDDATA 11 0 3039302400027
ENDSUBENT 26 0 3039302499999
SUBENT 30393025 20191015 31913039302500001
BIB 4 6 3039302500002
REACTION (24-CR-54(N,G)24-CR-55,,SIG,,MXW) 3039302500003
ERR-ANALYS (DATA-ERR) No information on the source of uncertainty 3039302500004
STATUS (TABLE) Table 12 of AAEC/E400 (1977) 3039302500005
(OUTDT) Correction factor 1.0737 not taken into account3039302500006
HISTORY (19821103U) DG. ISO-QUANT to REACTION conversion 3039302500007
(20191015A) On. STATUS=OUTDT added. 3039302500008
ENDBIB 6 0 3039302500009
NOCOMMON 0 0 3039302500010
DATA 3 1 3039302500011
KT DATA DATA-ERR 3039302500012
KEV MB MB 3039302500013
30. 6.2 1.5 3039302500014
ENDDATA 3 0 3039302500015
ENDSUBENT 14 0 3039302599999
ENDENTRY 25 0 3039399999999