ENTRY D4223 20220706 D137D422300000001
SUBENT D4223001 20220706 D137D422300100001
BIB 11 32 D422300100002
TITLE The production of 88Y in the proton bombardment of D422300100003
natSr: new excitation and separation studies D422300100004
AUTHOR (N.P.Van Der Meulen, T.N.Van Der Walt, G.F.Steyn, D422300100005
F.Szelecsenyi, Z.Kovacs, C.M.Perrang, H.G.Raubenheimer)D422300100006
INSTITUTE (3SAFITH,3SAFSTL,3HUNDEB) D422300100007
(3SAFSAF) Cape Peninsula Univ. of Technology, BellvilleD422300100008
REFERENCE (J,ARI,67,1320,2009) D422300100009
#doi:10.1016/j.apradiso.2009.02.058 D422300100010
FACILITY (CYCLO,3HUNDEB) D422300100011
SAMPLE SrCl2 thick target 800mg/cm2 D422300100012
DETECTOR (HPGE) D422300100013
METHOD (ACTIV,EDEG,CHSEP,GSPEC) A thick-target production D422300100014
rate curve was measured for 88Y produced in the D422300100015
proton bombardment of SrCl2 target. D422300100016
Activations were performed using degraders of various D422300100017
thicknesses to cover the energy region from threshold D422300100018
up to 17.5 MeV energy at the ATOMKI cyclotron in D422300100019
Debrecen, Hungary. D422300100020
Targets were irradiated inside the cyclotron vacuum D422300100021
at an average beam current of 50 nA, each bombardment D422300100022
lasting about 30 min. D422300100023
MONITOR (29-CU-0(P,X)30-ZN-65,,SIG) D422300100024
The monitor foils were high purity Cu (99.99%, D422300100025
Goodfellow Metals,UK) with a thickness of 25 mm, for D422300100026
the accurate determination of the incident proton D422300100027
flux. D422300100028
MONIT-REF (,K.GUL+,R,IAEA-TECDOC-1211,49,2001) Chapter 4 D422300100029
HISTORY (20090825C) TS D422300100030
(20110203U) VS. DOI identifier corrected D422300100031
(20190823A) SD: REACTION code updated according to new D422300100032
EXFOR rules in Subent 003. D422300100033
(20220706A) VT. Revision in 002 D422300100034
ENDBIB 32 0 D422300100035
NOCOMMON 0 0 D422300100036
ENDSUBENT 35 0 D422300199999
SUBENT D4223002 20220706 D137D422300200001
BIB 5 8 D422300200002
REACTION (38-SR-88(P,N)39-Y-88,,SIG,,,DERIV) D422300200003
DECAY-DATA (39-Y-88,106.6D,DG,898.0,0.937, D422300200004
DG,1836.1,0.1992) D422300200005
ANALYSIS Differentiation of measured thick target yields via D422300200006
polynomial fitting D422300200007
STATUS (TABLE) Data were received from authors. D422300200008
Fig.3 of Appl.Rad.Isot.67(2009)1320 D422300200009
HISTORY (20220706A) VT. REACTION: SF9=DERIV, ANALYSIS added D422300200010
ENDBIB 8 0 D422300200011
NOCOMMON 0 0 D422300200012
DATA 2 32 D422300200013
EN DATA D422300200014
MEV MB D422300200015
4.5 15.3 D422300200016
5.0 45.09 D422300200017
5.5 112.72 D422300200018
6.0 161.52 D422300200019
6.5 220.05 D422300200020
7.0 287.09 D422300200021
7.5 360.76 D422300200022
8.0 438.63 D422300200023
8.5 517.92 D422300200024
9.0 595.70 D422300200025
9.5 669.09 D422300200026
10.0 735.38 D422300200027
10.5 792.22 D422300200028
11.0 837.71 D422300200029
11.5 870.46 D422300200030
12.0 889.59 D422300200031
12.5 894.78 D422300200032
13.0 886.18 D422300200033
13.5 864.40 D422300200034
14.0 830.42 D422300200035
14.5 785.51 D422300200036
15.0 731.17 D422300200037
15.5 669.05 D422300200038
16.0 600.85 D422300200039
16.5 528.30 D422300200040
17.0 453.06 D422300200041
17.5 376.71 D422300200042
18.0 300.68 D422300200043
18.5 226.27 D422300200044
19.0 154.59 D422300200045
19.5 86.57 D422300200046
20.0 67.96 D422300200047
ENDDATA 34 0 D422300200048
ENDSUBENT 47 0 D422300299999
SUBENT D4223003 20190823 D121D422300300001
BIB 5 7 D422300300002
REACTION (38-SR-88(P,N)39-Y-88,,TTY,,PHY) D422300300003
Production rate D422300300004
DECAY-DATA (39-Y-88,106.6D,DG,898.0,0.937, D422300300005
DG,1836.1,0.1992) D422300300006
COMMENT Production yield for metal Sr target. D422300300007
STATUS (TABLE) Data were received from authors. D422300300008
HISTORY (20190823A) SD: SF8=DT -> PHY in REACTION code. D422300300009
ENDBIB 7 0 D422300300010
NOCOMMON 0 0 D422300300011
DATA 2 32 D422300300012
EN DATA D422300300013
MEV MBQ/MUAHR D422300300014
4.5 0.001 D422300300015
5.0 0.008 D422300300016
5.5 0.019 D422300300017
6.0 0.037 D422300300018
6.5 0.064 D422300300019
7.0 0.101 D422300300020
7.5 0.151 D422300300021
8.0 0.215 D422300300022
8.5 0.296 D422300300023
9.0 0.394 D422300300024
9.5 0.51 D422300300025
10.0 0.644 D422300300026
10.5 0.794 D422300300027
11.0 0.961 D422300300028
11.5 1.141 D422300300029
12.0 1.332 D422300300030
12.5 1.532 D422300300031
13.0 1.738 D422300300032
13.5 1.946 D422300300033
14.0 2.152 D422300300034
14.5 2.355 D422300300035
15.0 2.549 D422300300036
15.5 2.733 D422300300037
16.0 2.904 D422300300038
16.5 3.06 D422300300039
17.0 3.198 D422300300040
17.5 3.317 D422300300041
18.0 3.417 D422300300042
18.5 3.496 D422300300043
19.0 3.554 D422300300044
19.5 3.592 D422300300045
20.0 3.609 D422300300046
ENDDATA 34 0 D422300300047
ENDSUBENT 46 0 D422300399999
ENDENTRY 3 0 D422399999999