ENTRY C1657 20160701 C163C165700000001
SUBENT C1657001 20160701 C163C165700100001
BIB 8 11 C165700100002
TITLE Observation of a narrow state at 10.459 MeV in O15 C165700100003
via the N14(p,gamma)O15 reaction C165700100004
AUTHOR (H.M.Kuan,D.G.Shirk,S.Fiarman) C165700100005
REFERENCE (J,PR/C,15,569,1977) C165700100006
#doi:10.1103/PhysRevC.15.569 C165700100007
REL-REF (A,C0634001,H.M.Kuan+,J,NP/A,151,129,1970) C165700100008
INSTITUTE (1USABLN,1USAKAN) C165700100009
FACILITY (VDG,1USAKAN) The University of Kansas 3.5-MeV C165700100010
Van de Graaff accelerator. C165700100011
DETECTOR (GELI) 60-cm3 Ge(Li) detector. C165700100012
HISTORY (20160701C) BP C165700100013
ENDBIB 11 0 C165700100014
NOCOMMON 0 0 C165700100015
ENDSUBENT 14 0 C165700199999
SUBENT C1657002 20160701 C163C165700200001
BIB 4 7 C165700200002
REACTION (7-N-14(P,G)8-O-15,PAR,DA) C165700200003
SAMPLE The 14N target was made by evaporating adenine C165700200004
(C5H5N5) onto a 0.02-cm gold backing and was set at C165700200005
45 degrees to the beam with direct water cooling. A C165700200006
12-keV (thickness at Ep=3.4 MeV) target. C165700200007
ERR-ANALYS (DATA-ERR) No details on sources of uncertainties. C165700200008
STATUS (CURVE) Fig. 3, page 571. C165700200009
ENDBIB 7 0 C165700200010
COMMON 2 3 C165700200011
ANG E-LVL C165700200012
ADEG MEV C165700200013
90.0 0.0 C165700200014
ENDCOMMON 3 0 C165700200015
DATA 3 24 C165700200016
EN DATA DATA-ERR C165700200017
MEV MU-B/SR MU-B/SR C165700200018
3.155 0.141 C165700200019
3.175 0.150 C165700200020
3.179 0.160 C165700200021
3.184 0.155 C165700200022
3.189 0.157 C165700200023
3.195 0.150 0.012 C165700200024
3.199 0.150 C165700200025
3.204 0.153 C165700200026
3.210 0.155 C165700200027
3.219 0.153 C165700200028
3.235 0.148 C165700200029
3.315 0.145 C165700200030
3.358 0.212 C165700200031
3.377 0.264 C165700200032
3.385 0.320 C165700200033
3.390 0.396 C165700200034
3.395 0.469 C165700200035
3.400 0.485 0.019 C165700200036
3.405 0.474 C165700200037
3.410 0.410 C165700200038
3.420 0.280 C165700200039
3.430 0.219 C165700200040
3.455 0.082 C165700200041
3.495 0.077 C165700200042
ENDDATA 26 0 C165700200043
ENDSUBENT 42 0 C165700299999
SUBENT C1657003 20160701 C163C165700300001
BIB 4 7 C165700300002
REACTION (7-N-14(P,G)8-O-15,PAR,DA) C165700300003
SAMPLE The 14N target was made by evaporating adenine C165700300004
(C5H5N5) onto a 0.02-cm gold backing and was set at C165700300005
45 degrees to the beam with direct water cooling. A C165700300006
12-keV (thickness at Ep=3.4 MeV) target. C165700300007
ERR-ANALYS (DATA-ERR) No details on sources of uncertainties. C165700300008
STATUS (CURVE) Fig. 3, page 571. C165700300009
ENDBIB 7 0 C165700300010
COMMON 2 3 C165700300011
ANG E-LVL C165700300012
ADEG MEV C165700300013
90.0 5.24 C165700300014
ENDCOMMON 3 0 C165700300015
DATA 3 28 C165700300016
EN DATA DATA-ERR C165700300017
MEV MU-B/SR MU-B/SR C165700300018
3.156 0.109 C165700300019
3.176 0.125 C165700300020
3.180 0.123 C165700300021
3.185 0.210 C165700300022
3.190 0.481 0.014 C165700300023
3.194 0.550 C165700300024
3.200 0.427 C165700300025
3.205 0.267 C165700300026
3.209 0.156 C165700300027
3.220 0.123 C165700300028
3.234 0.144 C165700300029
3.310 0.077 0.012 C165700300030
3.349 0.084 C165700300031
3.355 0.096 C165700300032
3.369 0.136 C165700300033
3.375 0.157 C165700300034
3.379 0.183 C165700300035
3.384 0.200 C165700300036
3.387 0.740 C165700300037
3.390 0.756 0.014 C165700300038
3.394 0.766 C165700300039
3.399 0.547 C165700300040
3.403 0.469 C165700300041
3.410 0.334 C165700300042
3.420 0.221 C165700300043
3.430 0.160 0.014 C165700300044
3.455 0.078 C165700300045
3.495 0.083 C165700300046
ENDDATA 30 0 C165700300047
ENDSUBENT 46 0 C165700399999
SUBENT C1657004 20160701 C163C165700400001
BIB 4 7 C165700400002
REACTION (7-N-14(P,G)8-O-15,PAR,DA) C165700400003
SAMPLE The 14N target was made by evaporating adenine C165700400004
(C5H5N5) onto a 0.02-cm gold backing and was set at C165700400005
45 degrees to the beam with direct water cooling. A C165700400006
12-keV (thickness at Ep=3.4 MeV) target. C165700400007
ERR-ANALYS (DATA-ERR) No details on sources of uncertainties. C165700400008
STATUS (CURVE) Fig. 3, page 571. C165700400009
ENDBIB 7 0 C165700400010
COMMON 2 3 C165700400011
ANG E-LVL C165700400012
ADEG MEV C165700400013
90.0 6.79 C165700400014
ENDCOMMON 3 0 C165700400015
DATA 3 23 C165700400016
EN DATA DATA-ERR C165700400017
MEV MU-B/SR MU-B/SR C165700400018
3.155 0.180 C165700400019
3.175 0.175 C165700400020
3.180 0.228 C165700400021
3.186 0.324 C165700400022
3.190 0.398 C165700400023
3.195 0.547 0.012 C165700400024
3.200 0.501 C165700400025
3.205 0.360 C165700400026
3.209 0.249 C165700400027
3.220 0.191 C165700400028
3.235 0.182 0.014 C165700400029
3.315 0.179 C165700400030
3.355 0.181 C165700400031
3.374 0.198 C165700400032
3.384 0.193 C165700400033
3.389 0.190 C165700400034
3.395 0.188 0.014 C165700400035
3.399 0.183 C165700400036
3.404 0.171 C165700400037
3.415 0.164 C165700400038
3.425 0.159 0.017 C165700400039
3.454 0.159 C165700400040
3.495 0.158 C165700400041
ENDDATA 25 0 C165700400042
ENDSUBENT 41 0 C165700499999
SUBENT C1657005 20160701 C163C165700500001
BIB 3 6 C165700500002
REACTION (7-N-14(P,G)8-O-15,PAR,DA) C165700500003
SAMPLE The 14N target was made by evaporating adenine C165700500004
(C5H5N5) onto a 0.02-cm gold backing and was set at C165700500005
45 degrees to the beam with direct water cooling. A C165700500006
12-keV (thickness at Ep=3.4 MeV) target. C165700500007
STATUS (CURVE) Fig. 3, page 571. C165700500008
ENDBIB 6 0 C165700500009
COMMON 2 3 C165700500010
ANG E-LVL C165700500011
ADEG MEV C165700500012
90.0 7.28 C165700500013
ENDCOMMON 3 0 C165700500014
DATA 2 5 C165700500015
EN DATA C165700500016
MEV MU-B/SR C165700500017
3.386 0.016 C165700500018
3.390 0.346 C165700500019
3.395 0.343 C165700500020
3.401 0.094 C165700500021
3.406 0.024 C165700500022
ENDDATA 7 0 C165700500023
ENDSUBENT 22 0 C165700599999
SUBENT C1657006 20160701 C163C165700600001
BIB 4 7 C165700600002
REACTION (7-N-14(P,INL)7-N-14,PAR,DA) C165700600003
SAMPLE The 14N target was made by evaporating adenine C165700600004
(C5H5N5) onto a 0.02-cm gold backing and was set at C165700600005
45 degrees to the beam with direct water cooling. A C165700600006
12-keV (thickness at Ep=3.4 MeV) target. C165700600007
ERR-ANALYS (DATA-ERR) No details on sources of uncertainties. C165700600008
STATUS (CURVE) Fig. 3, page 571. C165700600009
ENDBIB 7 0 C165700600010
COMMON 2 3 C165700600011
ANG E-LVL C165700600012
ADEG MEV C165700600013
90.0 2.31 C165700600014
ENDCOMMON 3 0 C165700600015
DATA 3 32 C165700600016
EN DATA DATA-ERR C165700600017
MEV MU-B/SR MU-B/SR C165700600018
3.155 1.156 C165700600019
3.175 1.297 C165700600020
3.180 1.344 C165700600021
3.185 1.344 C165700600022
3.190 1.462 C165700600023
3.195 1.533 0.142 C165700600024
3.200 1.580 C165700600025
3.205 1.627 C165700600026
3.210 1.675 C165700600027
3.220 1.769 C165700600028
3.235 2.075 C165700600029
3.255 2.335 C165700600030
3.275 2.571 C165700600031
3.295 2.807 C165700600032
3.314 2.995 C165700600033
3.335 3.066 C165700600034
3.355 3.373 C165700600035
3.375 3.750 C165700600036
3.380 3.986 C165700600037
3.385 4.222 C165700600038
3.390 4.575 C165700600039
3.395 4.953 C165700600040
3.400 5.165 C165700600041
3.405 5.236 C165700600042
3.410 5.141 0.142 C165700600043
3.415 4.976 C165700600044
3.424 4.788 C165700600045
3.435 4.741 C165700600046
3.445 4.764 C165700600047
3.455 4.717 C165700600048
3.475 4.788 C165700600049
3.495 5.071 C165700600050
ENDDATA 34 0 C165700600051
ENDSUBENT 50 0 C165700699999
SUBENT C1657007 20160701 C163C165700700001
BIB 3 6 C165700700002
REACTION 1(7-N-14(P,0),,EN) C165700700003
2(7-N-14(P,TOT),,WID) C165700700004
3(7-N-14(P,G),,WID/STR) C165700700005
ERR-ANALYS (DATA-ERR) No details on sources of uncertainties. C165700700006
STATUS (DEP,C1657003) C165700700007
(TABLE) Abstract, page 569. C165700700008
ENDBIB 6 0 C165700700009
NOCOMMON 0 0 C165700700010
DATA 5 1 C165700700011
DATA 1DATA-ERR 1DATA-MX-CM2DATA 3DATA-ERR 3 C165700700012
MEV MEV KEV MILLI-EV MILLI-EV C165700700013
3.392 0.005 2.0 29.0 10. C165700700014
ENDDATA 3 0 C165700700015
ENDSUBENT 14 0 C165700799999
ENDENTRY 7 0 C165799999999