ENTRY M0836 20120207 M062M083600000001
SUBENT M0836001 20120207 M062M083600100001
BIB 10 14 M083600100002
TITLE Photoproton cross section and isospin components of M083600100003
the giant resonance in 64Zn. M083600100004
AUTHOR (G.E.Clark,R.C.Morrison,G.E.E.Baglin,B.C.Cook) M083600100005
REFERENCE (J,NP/A,213,358,1973) M083600100006
#doi:10.1016/0375-9474(73)90157-7 M083600100007
INSTITUTE (1USAIOW) M083600100008
FACILITY (SYNCH,1USAIOW) Electron Prototype Accelerator. M083600100009
INC-SOURCE (BRST) M083600100010
SAMPLE A sample of Zn0 powder isotopically enriched to M083600100011
99.6 %. M083600100012
METHOD (EXTB,SITA) M083600100013
DETECTOR (SILI) 2 mm thick Si(Li) detectors. M083600100014
HISTORY (20120207C) Data were compiled at the Russia MSU SINP M083600100015
CDFE by V.Varlamov. M083600100016
ENDBIB 14 0 M083600100017
NOCOMMON 0 0 M083600100018
ENDSUBENT 17 0 M083600199999
SUBENT M0836002 20111219 M062M083600200001
BIB 5 8 M083600200002
REACTION (30-ZN-64(G,P)29-CU-63,PAR,DA,,BRS) M083600200003
ANALYSIS (UNFLD,LEAST) Differential cross sections were M083600200004
extracted from the experimental yields using the M083600200005
unfolding method of Cook. M083600200006
REL-REF (N,,B.C.Cook,J,NIM,24,256,1963) M083600200007
Unfolding "least - structure" method of Cook. M083600200008
ERR-ANALYS No information. M083600200009
STATUS (CURVE) Data from Fig. 5. M083600200010
ENDBIB 8 0 M083600200011
COMMON 2 3 M083600200012
E-MIN ANG M083600200013
MEV ADEG M083600200014
4. 45. M083600200015
ENDCOMMON 3 0 M083600200016
DATA 2 26 M083600200017
EN DATA M083600200018
MEV MB/SR M083600200019
12.5 .08 M083600200020
13. .226 M083600200021
13.5 .37 M083600200022
14. .58 M083600200023
14.5 .66 M083600200024
15. .726 M083600200025
15.5 .742 M083600200026
16. .709 M083600200027
16.5 .7 M083600200028
17. .528 M083600200029
17.5 .806 M083600200030
18. 1.032 M083600200031
18.5 1.327 M083600200032
19. 1.419 M083600200033
19.5 1.3 M083600200034
20. .87 M083600200035
20.5 .742 M083600200036
21. .726 M083600200037
21.5 .84 M083600200038
22. .823 M083600200039
22.5 .645 M083600200040
23. .532 M083600200041
23.5 .4 M083600200042
24. .339 M083600200043
24.5 .258 M083600200044
25. .226 M083600200045
ENDDATA 28 0 M083600200046
ENDSUBENT 45 0 M083600299999
SUBENT M0836003 20120207 M062M083600300001
BIB 5 8 M083600300002
REACTION (30-ZN-64(G,P)29-CU-63,PAR,DA,,BRS) M083600300003
ANALYSIS (UNFLD,LEAST) Differential cross sections were M083600300004
extracted from the experimental yields using the M083600300005
unfolding method of Cook. M083600300006
REL-REF (N,,B.C.Cook,J,NIM,24,256,1963) M083600300007
Unfolding "least - structure" method of Cook. M083600300008
ERR-ANALYS No information. M083600300009
STATUS (CURVE) Data from Fig. 5. M083600300010
ENDBIB 8 0 M083600300011
COMMON 2 3 M083600300012
E-MIN ANG M083600300013
MEV ADEG M083600300014
4. 90. M083600300015
ENDCOMMON 3 0 M083600300016
DATA 2 25 M083600300017
EN DATA M083600300018
MEV MB/SR M083600300019
12. .02 M083600300020
12.5 .137 M083600300021
13. .274 M083600300022
13.5 .421 M083600300023
14. .627 M083600300024
14.5 .765 M083600300025
15. .87 M083600300026
15.5 .9 M083600300027
16. .89 M083600300028
16.5 .863 M083600300029
17. .867 M083600300030
17.5 .98 M083600300031
18. 1.333 M083600300032
18.5 1.786 M083600300033
19. 1.9 M083600300034
19.5 1.764 M083600300035
20. 1.274 M083600300036
20.5 .941 M083600300037
21. .765 M083600300038
21.5 .7 M083600300039
22. .71 M083600300040
22.5 .627 M083600300041
23. .529 M083600300042
23.5 .424 M083600300043
24. .27 M083600300044
ENDDATA 27 0 M083600300045
ENDSUBENT 44 0 M083600399999
SUBENT M0836004 20120207 M062M083600400001
BIB 5 8 M083600400002
REACTION (30-ZN-64(G,P)29-CU-63,PAR,DA,,BRS) M083600400003
ANALYSIS (UNFLD,LEAST) Differential cross sections were M083600400004
extracted from the experimental yields using the M083600400005
unfolding method of Cook. M083600400006
REL-REF (N,,B.C.Cook,J,NIM,24,256,1963) M083600400007
Unfolding "least - structure" method of Cook. M083600400008
ERR-ANALYS No information. M083600400009
STATUS (CURVE) Data from Fig. 5. M083600400010
ENDBIB 8 0 M083600400011
COMMON 2 3 M083600400012
E-MIN ANG M083600400013
MEV ADEG M083600400014
4. 135. M083600400015
ENDCOMMON 3 0 M083600400016
DATA 2 26 M083600400017
EN DATA M083600400018
MEV MB/SR M083600400019
12.5 .1 M083600400020
13. .264 M083600400021
13.5 .436 M083600400022
14. .6 M083600400023
14.5 .752 M083600400024
15. .84 M083600400025
15.5 .864 M083600400026
16. .864 M083600400027
16.5 .856 M083600400028
17. .871 M083600400029
17.5 .97 M083600400030
18. .95 M083600400031
18.5 1.386 M083600400032
19. 1.5 M083600400033
19.5 1.386 M083600400034
20. 1.187 M083600400035
20.5 .948 M083600400036
21. .82 M083600400037
21.5 .832 M083600400038
22. .87 M083600400039
22.5 .752 M083600400040
23. .594 M083600400041
23.5 .455 M083600400042
24. .376 M083600400043
24.5 .298 M083600400044
25. .218 M083600400045
ENDDATA 28 0 M083600400046
ENDSUBENT 45 0 M083600499999
SUBENT M0836005 20120207 M062M083600500001
BIB 5 8 M083600500002
REACTION (30-ZN-64(G,P)29-CU-63,PAR,DA,,BRS) M083600500003
ANALYSIS (UNFLD,LEAST) Differential cross sections were M083600500004
extracted from the experimental yields using the M083600500005
unfolding method of Cook. M083600500006
REL-REF (N,,B.C.Cook,J,NIM,24,256,1963) M083600500007
Unfolding "least - structure" method of Cook. M083600500008
ERR-ANALYS No information. M083600500009
STATUS (CURVE) Data from Fig. 5. M083600500010
ENDBIB 8 0 M083600500011
COMMON 2 3 M083600500012
E-MIN ANG M083600500013
MEV ADEG M083600500014
4. 160. M083600500015
ENDCOMMON 3 0 M083600500016
DATA 2 26 M083600500017
EN DATA M083600500018
MEV MB/SR M083600500019
12.5 .103 M083600500020
13. .253 M083600500021
13.5 .437 M083600500022
14. .616 M083600500023
14.5 .78 M083600500024
15. .875 M083600500025
15.5 .8 M083600500026
16. .9 M083600500027
16.5 .911 M083600500028
17. .954 M083600500029
17.5 1.034 M083600500030
18. 1.153 M083600500031
18.5 1.341 M083600500032
19. 1.456 M083600500033
19.5 1.392 M083600500034
20. 1.185 M083600500035
20.5 .94 M083600500036
21. .835 M083600500037
21.5 .875 M083600500038
22. .974 M083600500039
22.5 .835 M083600500040
23. .696 M083600500041
23.5 .437 M083600500042
24. .318 M083600500043
24.5 .22 M083600500044
25. .139 M083600500045
ENDDATA 28 0 M083600500046
ENDSUBENT 45 0 M083600599999
SUBENT M0836006 20120207 M062M083600600001
BIB 5 8 M083600600002
REACTION (30-ZN-64(G,P)29-CU-63,PAR,SIG,,BRS) M083600600003
ANALYSIS (UNFLD,LEAST) Differential cross sections were M083600600004
extracted from the experimental yields using the M083600600005
unfolding method of Cook. M083600600006
REL-REF (N,,B.C.Cook,J,NIM,24,256,1963) M083600600007
Unfolding "least structure" method of Cook. M083600600008
ERR-ANALYS (DATA-ERR) No information. M083600600009
STATUS (CURVE) Data from Fig. 6. M083600600010
ENDBIB 8 0 M083600600011
COMMON 1 3 M083600600012
E-MIN M083600600013
MEV M083600600014
4. M083600600015
ENDCOMMON 3 0 M083600600016
DATA 3 27 M083600600017
EN DATA DATA-ERR M083600600018
MEV MB MB M083600600019
12.5 .676 M083600600020
13. 2.165 M083600600021
13.5 3.924 M083600600022
14. 6.014 M083600600023
14.5 7.307 M083600600024
15. 8.533 M083600600025
15.5 8.93 M083600600026
16. 8.93 .447 M083600600027
16.5 8.94 M083600600028
17. 9.6 M083600600029
17.5 11.637 M083600600030
18. 14.885 M083600600031
18.5 18.4 M083600600032
19. 21.65 M083600600033
19.5 20.839 M083600600034
20. 18.945 M083600600035
20.5 15.25 M083600600036
21. 14.885 M083600600037
21.5 15.968 M083600600038
22. 16.55 M083600600039
22.5 15.7 M083600600040
23. 13.94 M083600600041
23.5 10.837 M083600600042
24. 7.85 M083600600043
24.5 5.41 M083600600044
25. 4. M083600600045
25.5 3.112 1.5 M083600600046
ENDDATA 29 0 M083600600047
ENDSUBENT 46 0 M083600699999
SUBENT M0836007 20120207 M062M083600700001
BIB 5 8 M083600700002
REACTION (30-ZN-64(G,P)29-CU-63,PAR,SIG,,BRS) M083600700003
ANALYSIS (UNFLD,LEAST) Differential cross sections were M083600700004
extracted from the experimental yields using the M083600700005
unfolding method of Cook. M083600700006
REL-REF (N,,B.C.Cook,J,NIM,24,256,1963) M083600700007
Unfolding "least - structure" method of Cook. M083600700008
STATUS (CURVE) Data from Fig. 7. M083600700009
ERR-ANALYS No information. M083600700010
ENDBIB 8 0 M083600700011
COMMON 1 3 M083600700012
E-MIN M083600700013
MEV M083600700014
8. M083600700015
ENDCOMMON 3 0 M083600700016
DATA 2 19 M083600700017
EN DATA M083600700018
MEV MB M083600700019
15.5 .138 M083600700020
16. .276 M083600700021
16.5 .553 M083600700022
17. 1. M083600700023
17.5 1.45 M083600700024
18. 2.523 M083600700025
18.5 3.733 M083600700026
19. 4.456 M083600700027
19.5 4.423 M083600700028
20. 4.147 M083600700029
20.5 3.84 M083600700030
21. 3.81 M083600700031
21.5 3.768 M083600700032
22. 3.56 M083600700033
22.5 2.834 M083600700034
23. 1.728 M083600700035
23.5 1.224 M083600700036
24. 1. M083600700037
24.2 .9 M083600700038
ENDDATA 21 0 M083600700039
ENDSUBENT 38 0 M083600799999
SUBENT M0836008 20120207 M062M083600800001
BIB 4 5 M083600800002
REACTION (30-ZN-64(G,X)0-NN-1,UNW,SIG,,BRS) M083600800003
Reaction (g,sn) = (g,n) + (g,np) + (g,2n). M083600800004
REL-REF (R,,B.C.Cook,J,PRL,25,685,1970) M083600800005
ERR-ANALYS No information. M083600800006
STATUS (CURVE) Data from Fig. 8. M083600800007
ENDBIB 5 0 M083600800008
NOCOMMON 0 0 M083600800009
DATA 2 30 M083600800010
EN DATA M083600800011
MEV MB M083600800012
11.5 .266 M083600800013
12. 2.09 M083600800014
12.5 5.319 M083600800015
13. 8.51 M083600800016
13.5 12.5 M083600800017
14. 18.085 M083600800018
14.5 23.4 M083600800019
15. 30.833 M083600800020
15.5 37.234 M083600800021
16. 45.48 M083600800022
16.5 48.67 M083600800023
17. 46.808 M083600800024
17.5 45.213 M083600800025
18. 46.69 M083600800026
18.5 45.745 M083600800027
19. 43.88 M083600800028
19.5 40.159 M083600800029
20. 36.97 M083600800030
20.5 33.777 M083600800031
21. 31.383 M083600800032
21.5 28.723 M083600800033
22. 26.064 M083600800034
22.5 24.223 M083600800035
23. 22.469 M083600800036
23.5 20.21 M083600800037
24. 18.472 M083600800038
24.5 17.02 M083600800039
25. 15.69 M083600800040
25.5 14.745 M083600800041
26. 14.128 M083600800042
ENDDATA 32 0 M083600800043
ENDSUBENT 42 0 M083600899999
SUBENT M0836009 20120207 M062M083600900001
BIB 3 6 M083600900002
REACTION (30-ZN-64(G,ABS),,SIG,,BRS) M083600900003
Sum of reactions (g,sn) and (g,p). M083600900004
ERR-ANALYS No information. M083600900005
STATUS (DEP,M0836007) Cross section of (g,p) reaction. M083600900006
(DEP,M0836008) Cross section of (g,sn) reaction. M083600900007
(CURVE) Data from Fig. 9. M083600900008
ENDBIB 6 0 M083600900009
NOCOMMON 0 0 M083600900010
DATA 2 31 M083600900011
EN DATA M083600900012
MEV MB M083600900013
11.6 .343 M083600900014
12. 2.059 M083600900015
12.5 6.86 M083600900016
13. 11.666 M083600900017
13.5 17.84 M083600900018
14. 25.05 M083600900019
14.5 31.569 M083600900020
15. 40.88 M083600900021
15.5 47.352 M083600900022
16. 55.93 M083600900023
16.5 45.54 M083600900024
17. 59.363 M083600900025
17.5 60.1 M083600900026
18. 63.48 M083600900027
18.5 67.255 M083600900028
19. 67.598 M083600900029
19.5 63.48 M083600900030
20. 56.837 M083600900031
20.5 50.44 M083600900032
21. 48.04 M083600900033
21.5 45.98 M083600900034
22. 44.64 M083600900035
22.5 41.52 M083600900036
23. 38.123 M083600900037
23.5 31.57 M083600900038
24. 27.4 M083600900039
24.5 22.65 M083600900040
25. 20.1 M083600900041
25.5 17.514 M083600900042
26. 16.47 M083600900043
26.1 16.29 M083600900044
ENDDATA 33 0 M083600900045
ENDSUBENT 44 0 M083600999999
ENDENTRY 9 0 M083699999999