ENTRY D4302 20141002 D095D430200000001
SUBENT D4302001 20141002 D095D430200100001
BIB 14 58 D430200100002
TITLE Cross sections of deuteron induced reactions on natSm D430200100003
for production of the therapeutic radionuclide 145Sm D430200100004
and 153Sm D430200100005
AUTHOR (F.Tarkanyi,A.Hermanne,S.Takacs,F.Ditroi,J.Csikai, D430200100006
A.V.Ignatyuk) D430200100007
INSTITUTE (3HUNDEB,2BLGVUB,4RUSFEI) D430200100008
REFERENCE (J,ARI,91,31,2014) D430200100009
#doi:10.1016/j.apradiso.2014.05.007 D430200100010
FACILITY (CYCLO,2BLGLVN) D430200100011
SAMPLE Natural Sm metallic foils. D430200100012
Thickness: 25.14, 23.13 and 24.20 um. D430200100013
(62-SM-144,NAT=0.031) D430200100014
(62-SM-147,NAT=0.150) D430200100015
(62-SM-148,NAT=0.113) D430200100016
(62-SM-149,NAT=0.138) D430200100017
(62-SM-150,NAT=0.074) D430200100018
(62-SM-152,NAT=0.267) D430200100019
(62-SM-154,NAT=0.227) D430200100020
DETECTOR (HPGE) D430200100021
METHOD (ACTIV,EXTB,EDEG,GSPEC,MOSEP,STTA) Stack containing D430200100022
Sm target foils together with other target materials D430200100023
and Al and Ti monitor foils were irradiated with 50 D430200100024
MeV deuteron beam. Irradiation time: 66min, beam D430200100025
intensity: 120nA. 4 series of measurements with D430200100026
average cooling time of 6, 25, 70 and 530 hours were D430200100027
done. Energy degradation in the stack was calculated D430200100028
by using the polynomial approximation of Andersen and D430200100029
Ziegler. Final beam intensity was determined by D430200100030
monitor reactions. D430200100031
MONITOR (13-AL-27(D,X)11-NA-22,,SIG) D430200100032
(13-AL-27(D,X)11-NA-24,,SIG) D430200100033
(22-TI-0(D,X)23-V-48,,SIG) D430200100034
MONIT-REF (,F.TARKANYI+,R,IAEA-NDS-1211,2001), Al+d D430200100035
(,S.Takacs+,J,NIM/B,262,7,2007), Ti+d D430200100036
ERR-ANALYS (EN-ERR)The uncertainty on the median energy in the D430200100037
foils includes the cumulative effects of uncertainty ofD430200100038
incident beam energy, uncertainty of stopping power of D430200100039
each foil due to thickness variation and straggling D430200100040
effects. Uncertainty of the primary incident beam was D430200100041
+- 0.3MeV which increased up to +-1.26 MeV in the last D430200100042
target foil of the stack. D430200100043
(ERR-T)The uncertainty on the cross section values D430200100044
are estimated in the standard way as the square root D430200100045
of the quadratic summation of the independently D430200100046
contributing parameters. Uncertainty of time parametersD430200100047
is not included. D430200100048
(ERR-1)surface density of target nuclei(5%), D430200100049
(ERR-2)incident charged particle flux (7%), D430200100050
(ERR-S,1.0,15.0)statistical and peak fitting (1-15%) D430200100051
ADD-RES (THEO) The experimental data were compared to the D430200100052
results of the theoretical model codes TENDL, D430200100053
ALICE-IPPE-D and EMPIRE-D. D430200100054
(COMP) The measured experimental data were compared to D430200100055
those found in the literature. D430200100056
(TTY-C) Fitted excitation functions were used for D430200100057
determination of integral physical yields. D430200100058
STATUS Entry was checked by the corresponding author. D430200100059
HISTORY (20141002C) D430200100060
ENDBIB 58 0 D430200100061
COMMON 2 3 D430200100062
ERR-1 ERR-2 D430200100063
PER-CENT PER-CENT D430200100064
5. 7. D430200100065
ENDCOMMON 3 0 D430200100066
ENDSUBENT 65 0 D430200199999
SUBENT D4302002 20141002 D095D430200200001
BIB 3 4 D430200200002
REACTION (62-SM-0(D,X)63-EU-145,,SIG) D430200200003
DECAY-DATA (63-EU-145,5.93D,DG,653.512,0.15,DG,893.73,0.66, D430200200004
DG,1658.53,0.149) D430200200005
STATUS (TABLE)Data were taken from Table3 D430200200006
ENDBIB 4 0 D430200200007
NOCOMMON 0 0 D430200200008
DATA 4 27 D430200200009
EN EN-ERR DATA ERR-T D430200200010
MEV MEV MB MB D430200200011
49.2 0.30 143.4 16.10 D430200200012
47.9 0.33 139.2 15.64 D430200200013
46.5 0.36 136.8 15.37 D430200200014
45.1 0.39 138.2 15.51 D430200200015
43.6 0.42 137.9 15.49 D430200200016
42.1 0.46 137.9 15.50 D430200200017
40.6 0.49 134.2 15.08 D430200200018
39.0 0.52 130.7 14.68 D430200200019
37.4 0.56 126.6 14.23 D430200200020
35.7 0.60 117.5 13.21 D430200200021
34.0 0.63 105.4 11.84 D430200200022
32.2 0.67 88.5 9.95 D430200200023
30.3 0.72 70.8 7.96 D430200200024
28.4 0.76 51.2 5.76 D430200200025
26.3 0.80 25.6 2.89 D430200200026
24.1 0.85 5.9 0.67 D430200200027
21.7 0.90 1.9 0.24 D430200200028
19.2 0.96 2.4 0.30 D430200200029
16.3 1.02 3.9 0.46 D430200200030
14.2 1.07 6.6 0.77 D430200200031
11.8 1.12 8.2 0.93 D430200200032
10.3 1.16 7.7 0.88 D430200200033
9.5 1.17 6.0 0.69 D430200200034
8.6 1.19 4.1 0.47 D430200200035
7.6 1.22 2.0 0.23 D430200200036
6.6 1.24 0.9 0.10 D430200200037
5.4 1.26 0.3 0.03 D430200200038
ENDDATA 29 0 D430200200039
ENDSUBENT 38 0 D430200299999
SUBENT D4302003 20141002 D095D430200300001
BIB 3 3 D430200300002
REACTION (62-SM-0(D,X)62-SM-145,,SIG) D430200300003
DECAY-DATA (62-SM-145,340.D,DG,61.2265,0.1215) D430200300004
STATUS (TABLE)Data were taken from Table3 D430200300005
ENDBIB 3 0 D430200300006
NOCOMMON 0 0 D430200300007
DATA 4 27 D430200300008
EN EN-ERR DATA ERR-T D430200300009
MEV MEV MB MB D430200300010
49.2 0.30 213.9 24.1 D430200300011
47.9 0.33 210.9 23.7 D430200300012
46.5 0.36 207.2 23.3 D430200300013
45.1 0.39 185.6 20.9 D430200300014
43.6 0.42 198.4 22.3 D430200300015
42.1 0.46 178.4 20.1 D430200300016
40.6 0.49 189.7 21.4 D430200300017
39.0 0.52 173.9 19.6 D430200300018
37.4 0.56 157.0 17.7 D430200300019
35.7 0.60 148.3 16.8 D430200300020
34.0 0.63 132.4 15.0 D430200300021
32.2 0.67 109.1 12.3 D430200300022
30.3 0.72 87.1 9.9 D430200300023
28.4 0.76 79.0 9.0 D430200300024
26.3 0.80 33.6 3.9 D430200300025
24.1 0.85 11.8 1.4 D430200300026
21.7 0.90 4.9 1.4 D430200300027
19.2 0.96 7.8 1.1 D430200300028
16.3 1.02 8.4 1.0 D430200300029
14.2 1.07 20.9 2.8 D430200300030
11.8 1.12 15.0 1.7 D430200300031
10.3 1.16 13.1 1.5 D430200300032
9.5 1.17 10.8 1.3 D430200300033
8.6 1.19 7.2 0.8 D430200300034
7.6 1.22 4.6 0.5 D430200300035
6.6 1.24 2.3 0.3 D430200300036
5.4 1.26 6.5 0.7 D430200300037
ENDDATA 29 0 D430200300038
ENDSUBENT 37 0 D430200399999
SUBENT D4302004 20141002 D095D430200400001
BIB 3 3 D430200400002
REACTION (62-SM-0(D,X)62-SM-153,,SIG) D430200400003
DECAY-DATA (62-SM-153,46.28HR,DG,103.18012,0.2925) D430200400004
STATUS (TABLE)Data were taken from Table3 D430200400005
ENDBIB 3 0 D430200400006
NOCOMMON 0 0 D430200400007
DATA 4 26 D430200400008
EN EN-ERR DATA ERR-T D430200400009
MEV MEV MB MB D430200400010
49.2 0.30 56.7 6.4 D430200400011
47.9 0.33 59.2 6.7 D430200400012
46.5 0.36 59.5 6.7 D430200400013
45.1 0.39 60.8 6.8 D430200400014
43.6 0.42 64.5 7.2 D430200400015
42.1 0.46 64.3 7.2 D430200400016
40.6 0.49 66.0 7.4 D430200400017
39.0 0.52 67.3 7.6 D430200400018
37.4 0.56 68.3 7.7 D430200400019
35.7 0.60 69.4 7.8 D430200400020
34.0 0.63 69.1 7.8 D430200400021
32.2 0.67 66.4 7.5 D430200400022
30.3 0.72 63.0 7.1 D430200400023
28.4 0.76 59.0 6.6 D430200400024
26.3 0.80 52.7 5.9 D430200400025
24.1 0.85 53.3 6.0 D430200400026
21.7 0.90 42.4 4.8 D430200400027
19.2 0.96 43.4 4.9 D430200400028
16.3 1.02 51.1 5.7 D430200400029
14.2 1.07 53.0 6.0 D430200400030
11.8 1.12 63.5 7.1 D430200400031
10.3 1.16 58.9 6.6 D430200400032
9.5 1.17 49.9 5.6 D430200400033
8.6 1.19 39.5 4.4 D430200400034
7.6 1.22 25.0 2.8 D430200400035
6.6 1.24 13.6 1.5 D430200400036
ENDDATA 28 0 D430200400037
ENDSUBENT 36 0 D430200499999
ENDENTRY 4 0 D430299999999