ENTRY C1756 20240418 C236C175600000001
SUBENT C1756001 20240418 C236C175600100001
BIB 9 22 C175600100002
TITLE Cross sections and isomer ratios for the C175600100003
88Sr(3He,p)90m,90gY reaction C175600100004
AUTHOR (C.Riley,K.Ueno,B.Linder) C175600100005
REFERENCE (J,NP,83,364,1966) C175600100006
#doi:10.1016/0029-5582(66)90576-1 C175600100007
INSTITUTE (1USAFSU) C175600100008
FACILITY (VDGT,1USAFSU) The Florida State University tandem C175600100009
Van de Graaff accelerator. C175600100010
SAMPLE (38-SR-88,ENR=0.9984) The 88Sr targets were prepared C175600100011
by evaporating 88SrCl2 upon aluminium foil backings C175600100012
with the thickness of 88SrCl2 being approximately 1 C175600100013
mg/cm2. C175600100014
METHOD (ACTIV,CHSEP) After irradiation, each target C175600100015
underwent chemical purification to remove un- C175600100016
desirable activities and hindering impurities. The C175600100017
targets were first dissolved in 6N HCl, standard C175600100018
yttrium carrier was added, and the resulting solution C175600100019
made strongly basic with carbonate free NaOH to C175600100020
remove aluminium. C175600100021
ERR-ANALYS (DATA-ERR) No details on error estimates. C175600100022
HISTORY (20171128C) BP C175600100023
(20240418A) OS. DECAY-DATA corrected in subs.2-4 C175600100024
ENDBIB 22 0 C175600100025
NOCOMMON 0 0 C175600100026
ENDSUBENT 25 0 C175600199999
SUBENT C1756002 20240418 C236C175600200001
BIB 4 5 C175600200002
REACTION (38-SR-88(HE3,P)39-Y-90-M,,SIG) C175600200003
DECAY-DATA (39-Y-90-M,3.2HR,DG,482.,, C175600200004
DG,203.) C175600200005
STATUS (TABLE,,C.Riley+,J,NP,83,364,1966) Table 1 C175600200006
HISTORY (20240418A) DECAY-DATA: Energies corrected C175600200007
ENDBIB 5 0 C175600200008
COMMON 1 3 C175600200009
DATA-ERR C175600200010
PER-CENT C175600200011
15.0 C175600200012
ENDCOMMON 3 0 C175600200013
DATA 2 6 C175600200014
EN DATA C175600200015
MEV MB C175600200016
14.0 1.6 C175600200017
15.0 1.8 C175600200018
16.0 2.1 C175600200019
17.0 2.6 C175600200020
18.0 2.2 C175600200021
19.0 2.3 C175600200022
ENDDATA 8 0 C175600200023
ENDSUBENT 22 0 C175600299999
SUBENT C1756003 20240418 C236C175600300001
BIB 4 4 C175600300002
REACTION (38-SR-88(HE3,P)39-Y-90-G,,SIG) C175600300003
DECAY-DATA (39-Y-90-G,64.HR,B-,2270.) C175600300004
STATUS (TABLE,,C.Riley+,J,NP,83,364,1966) Table 1 C175600300005
HISTORY (20240418A) DECAY-DATA: Energy corrected C175600300006
ENDBIB 4 0 C175600300007
COMMON 1 3 C175600300008
DATA-ERR C175600300009
PER-CENT C175600300010
25.0 C175600300011
ENDCOMMON 3 0 C175600300012
DATA 2 7 C175600300013
EN DATA C175600300014
MEV MB C175600300015
14.0 5.2 C175600300016
14.0 4.7 C175600300017
15.0 5.9 C175600300018
16.0 6.4 C175600300019
17.0 6.7 C175600300020
18.0 7.0 C175600300021
19.0 5.7 C175600300022
ENDDATA 9 0 C175600300023
ENDSUBENT 22 0 C175600399999
SUBENT C1756004 20171128 C172C175600400001
BIB 2 4 C175600400002
REACTION (38-SR-88(HE3,P)39-Y-90-M/G,,SIG/RAT) C175600400003
STATUS (DEP,C1756002) C175600400004
(DEP,C1756003) C175600400005
(TABLE) Table 1, page 367. C175600400006
ENDBIB 4 0 C175600400007
COMMON 1 3 C175600400008
DATA-ERR C175600400009
PER-CENT C175600400010
10.0 C175600400011
ENDCOMMON 3 0 C175600400012
DATA 2 7 C175600400013
EN DATA C175600400014
MEV NO-DIM C175600400015
14.0 0.31 C175600400016
14.0 0.34 C175600400017
15.0 0.31 C175600400018
16.0 0.33 C175600400019
17.0 0.39 C175600400020
18.0 0.31 C175600400021
19.0 0.40 C175600400022
ENDDATA 9 0 C175600400023
ENDSUBENT 22 0 C175600499999
ENDENTRY 4 0 C175699999999