ENTRY D4334 20210929 D132D433400000001
SUBENT D4334001 20210929 D132D433400100001
BIB 13 52 D433400100002
TITLE Excitation functions for (d,x) reactions on 133Cs up D433400100003
to Ed=40 MeV D433400100004
AUTHOR (F.Tarkanyi,F.Ditroi,S.Takacs,A.Hermanne,M.Baba, D433400100005
A.V.Ignatyuk) D433400100006
INSTITUTE (3HUNDEB,2BLGVUB,2JPNTOH,4RUSFEI) D433400100007
REFERENCE (J,ARI,110,109,2016) D433400100008
#doi:10.1016/j.apradiso.2016.01.007 D433400100009
FACILITY (ISOCY,2JPNTOH) D433400100010
SAMPLE Pellets (120mg/cm2) of CsCl targets were made by D433400100011
pressing. A 100 microns thick Al backing and D433400100012
10 microns thick Al protecting covers were applied. D433400100013
METHOD (ACTIV,EDEG,EXTB,GSPEC,STTA) D433400100014
The stack was bombarded with deuterons of 40 MeV. D433400100015
irradiation time: 40 minutes D433400100016
beam intensities: 25nA D433400100017
The stack was mounted in a Faraday-cup like target D433400100018
holder equipped with a suppressor of secondary D433400100019
electrons. D433400100020
The activities of the produced radionuclides were D433400100021
measured non-destructively, without physical separationD433400100022
of target and covering foils and without chemical D433400100023
separation. D433400100024
The source-detector distance was kept large enough to D433400100025
minimize dead time and pile-up effects and possible D433400100026
influence of the non point-like geometry of the D433400100027
samples compared to calibration standards. D433400100028
The energy degradation as a function of depth in the D433400100029
stack was calculated from the input energy and target D433400100030
thicknesses. D433400100031
MONITOR (13-AL-27(P,X)11-NA-22,,SIG) D433400100032
(13-AL-27(P,X)11-NA-24,,SIG) D433400100033
MONIT-REF (,K.Gul+,R,IAEA-TECDOC-1211,2001) Chapter 4 D433400100034
DETECTOR (HPGE) D433400100035
ERR-ANALYS (EN-ERR) The monitoring method allows estimating the D433400100036
uncertainty on the primary beam energy (+-0.2 MeV) D433400100037
which is continuously rising in each foil through the D433400100038
stack. D433400100039
(ERR-T) D433400100040
Typical total uncertainty is between 12-15%. D433400100041
(ERR-1)number of bombarding particles(7%) D433400100042
(ERR-2)surface density of target atoms(5%) D433400100043
(ERR-3)detector efficiency (5%) D433400100044
(ERR-4,1.0,3.0)nuclear decay and branching data(1-3%) D433400100045
(ERR-S,0.1,10.0)statistical and peak fitting (0.1-10%) D433400100046
ADD-RES (THEO) The experimental results were compared to the D433400100047
result calculated by the ALICE-D, EMPIRE-D and TENDL D433400100048
theoretical model codes. D433400100049
(TTY-C) Integral yields were calculated from the D433400100050
fitted experimental cross sections. D433400100051
HISTORY (20160504C) TS D433400100052
(20210927A) VS. SF3 corrected in 002-004. D433400100053
DECAY-DATA in 001 deleted. D433400100054
ENDBIB 52 0 D433400100055
COMMON 3 3 D433400100056
ERR-1 ERR-2 ERR-3 D433400100057
PER-CENT PER-CENT PER-CENT D433400100058
7. 5. 5. D433400100059
ENDCOMMON 3 0 D433400100060
ENDSUBENT 59 0 D433400199999
SUBENT D4334002 20210929 D132D433400200001
BIB 4 4 D433400200002
REACTION (55-CS-133(D,2N)56-BA-133-M,,SIG) D433400200003
DECAY-DATA (56-BA-133-M,38.93HR,DG,275.925,0.1769) D433400200004
STATUS (TABLE) Data are taken from Table2 of the article. D433400200005
HISTORY (20210927A) VS. SF3 X -> 2N c.f. Memo CP-D/1017. D433400200006
ENDBIB 4 0 D433400200007
NOCOMMON 0 0 D433400200008
DATA 4 10 D433400200009
EN EN-ERR DATA ERR-T D433400200010
MEV MEV MB MB D433400200011
0.6 1.2 0.1 0.01 D433400200012
8.0 1.0 97.6 9.3 D433400200013
14.5 0.9 404.5 38.4 D433400200014
19.3 0.8 262.8 24.9 D433400200015
23.3 0.7 140.2 13.3 D433400200016
26.9 0.6 89.8 8.5 D433400200017
30.2 0.5 70.3 6.7 D433400200018
33.3 0.4 65.3 6.2 D433400200019
36.2 0.4 65.9 6.3 D433400200020
38.9 0.3 50.9 4.9 D433400200021
ENDDATA 12 0 D433400200022
ENDSUBENT 21 0 D433400299999
SUBENT D4334003 20210929 D132D433400300001
BIB 4 5 D433400300002
REACTION (55-CS-133(D,2N)56-BA-133-G,M+,SIG) D433400300003
DECAY-DATA (56-BA-133-G,10.551YR,DG,276.4,0.0716,DG,302.8,0.1834, D433400300004
DG,356.0,0.6205,DG,383.8,0.0894) D433400300005
STATUS (TABLE) Data are taken from Table2 of the article. D433400300006
HISTORY (20210927A) VS. SF3 X -> 2N c.f. Memo CP-D/1017. D433400300007
ENDBIB 5 0 D433400300008
NOCOMMON 0 0 D433400300009
DATA 4 6 D433400300010
EN EN-ERR DATA ERR-T D433400300011
MEV MEV MB MB D433400300012
8.0 1.0 192.4 19.9 D433400300013
14.5 0.9 586.8 57.4 D433400300014
19.3 0.8 345.2 35.1 D433400300015
23.3 0.7 173.8 22.4 D433400300016
26.9 0.6 156.6 28.8 D433400300017
30.2 0.5 52.2 11.9 D433400300018
ENDDATA 8 0 D433400300019
ENDSUBENT 18 0 D433400399999
SUBENT D4334004 20210929 D132D433400400001
BIB 4 5 D433400400002
REACTION (55-CS-133(D,4N)56-BA-131-G,M+,SIG) D433400400003
DECAY-DATA (56-BA-131-G,11.5D,DG,123.8,0.298,DG,216.1,0.204, D433400400004
DG,373.3,0.144,DG,496.3,0.48) D433400400005
STATUS (TABLE) Data are taken from Table2 of the article. D433400400006
HISTORY (20210927A) VS. SF3 X -> 4N c.f. Memo CP-D/1017. D433400400007
ENDBIB 5 0 D433400400008
NOCOMMON 0 0 D433400400009
DATA 4 6 D433400400010
EN EN-ERR DATA ERR-T D433400400011
MEV MEV MB MB D433400400012
23.3 0.7 8.1 0.9 D433400400013
26.9 0.6 146.5 15.9 D433400400014
30.2 0.5 392.8 42.5 D433400400015
33.3 0.4 617.3 66.8 D433400400016
36.2 0.4 821.1 88.8 D433400400017
38.9 0.3 666.1 72.1 D433400400018
ENDDATA 8 0 D433400400019
ENDSUBENT 18 0 D433400499999
SUBENT D4334005 20160505 D104D433400500001
BIB 3 3 D433400500002
REACTION (55-CS-133(D,X)55-CS-132,,SIG) D433400500003
DECAY-DATA (55-CS-132,6.479D,DG,667.714,0.9759) D433400500004
STATUS (TABLE) Data are taken from Table2 of the article. D433400500005
ENDBIB 3 0 D433400500006
NOCOMMON 0 0 D433400500007
DATA 4 10 D433400500008
EN EN-ERR DATA ERR-T D433400500009
MEV MEV MB MB D433400500010
0.6 1.2 3.7 0.4 D433400500011
8.0 1.0 5.4 0.6 D433400500012
14.5 0.9 23.1 2.5 D433400500013
19.3 0.8 34.8 3.8 D433400500014
23.3 0.7 69.4 7.5 D433400500015
26.9 0.6 118.4 12.8 D433400500016
30.2 0.5 170.7 18.5 D433400500017
33.3 0.4 230.6 24.9 D433400500018
36.2 0.4 304.5 32.9 D433400500019
38.9 0.3 277.1 30.0 D433400500020
ENDDATA 12 0 D433400500021
ENDSUBENT 20 0 D433400599999
SUBENT D4334006 20160505 D104D433400600001
BIB 3 7 D433400600002
REACTION (55-CS-133(D,X)55-CS-134-G,M+,SIG) D433400600003
DECAY-DATA (55-CS-134-G,2.0652YR,DG,563.2,0.08338, D433400600004
DG,569.3,0.15373, D433400600005
DG,604.7,0.9762, D433400600006
DG,795.9,0.8546, D433400600007
DG,801.9,0.08688) D433400600008
STATUS (TABLE) Data are taken from Table2 of the article. D433400600009
ENDBIB 7 0 D433400600010
NOCOMMON 0 0 D433400600011
DATA 4 10 D433400600012
EN EN-ERR DATA ERR-T D433400600013
MEV MEV MB MB D433400600014
0.6 1.2 1.0 0.1 D433400600015
8.0 1.0 120.3 13.3 D433400600016
14.5 0.9 132.0 14.8 D433400600017
19.3 0.8 103.8 11.5 D433400600018
23.3 0.7 81.0 9.2 D433400600019
26.9 0.6 64.8 7.5 D433400600020
30.2 0.5 67.1 7.7 D433400600021
33.3 0.4 50.7 7.3 D433400600022
36.2 0.4 48.6 7.1 D433400600023
38.9 0.3 42.4 6.1 D433400600024
ENDDATA 12 0 D433400600025
ENDSUBENT 24 0 D433400699999
SUBENT D4334007 20160505 D104D433400700001
BIB 3 3 D433400700002
REACTION (55-CS-133(D,X)54-XE-129-M,,SIG) D433400700003
DECAY-DATA (54-XE-129-M,8.88D,DG,196.56,0.0459) D433400700004
STATUS (TABLE) Data are taken from Table2 of the article. D433400700005
ENDBIB 3 0 D433400700006
NOCOMMON 0 0 D433400700007
DATA 4 6 D433400700008
EN EN-ERR DATA ERR-T D433400700009
MEV MEV MB MB D433400700010
23.3 0.7 1.7 0.4 D433400700011
26.9 0.6 8.6 4.4 D433400700012
30.2 0.5 6.5 3.3 D433400700013
33.3 0.4 12.0 4.8 D433400700014
36.2 0.4 10.9 4.3 D433400700015
38.9 0.3 8.1 4.2 D433400700016
ENDDATA 8 0 D433400700017
ENDSUBENT 16 0 D433400799999
ENDENTRY 7 0 D433499999999