ENTRY D0703 20121018 D087D070300000001
SUBENT D0703001 20121018 D087D070300100001
BIB 14 33 D070300100002
TITLE Excitation Functions for Deuterium-Induced Reactions D070300100003
on 194Pt Near the Coulomb Barrier D070300100004
AUTHOR (A.A.Kulko,N.K.Skobelev,V.Kroha,Yu.E.Penionzhkevich, D070300100005
J.Mrazek,V.Burjan,Z.Hons,E.Simeckova,S.Piskor, D070300100006
A.Kugler,N.A.Demekhina,Yu.G.Sobol Ev,T.V.Chuvilskaya, D070300100007
A.A.Shirokova,K.Kuterbekov) D070300100008
INSTITUTE (4ZZZDUB,3CZRUJF,4RUSMOS) D070300100009
(4KASKAS) Eurasian National University, Astana D070300100010
REFERENCE (J,PPN/L,9,(6-7),502,2012) D070300100011
#doi:10.1134/S154747711206012X D070300100012
FACILITY (CYCLO,3CZRUJF) U-120M cyclotron D070300100013
INC-SPECT Two target assemblies were irradiated with a deuteron D070300100014
beam of initial energy 11.7 and 16.4 MeV, D070300100015
respectively. The accelerated deuteron beam was D070300100016
focused to the size 5x5 mm. The energy of deuterons D070300100017
was determined with a magnetic monochromator. The D070300100018
initial energy spread of the beam was less than 100 D070300100019
keV. The mean energy of incident deuterons and their D070300100020
energy spread in each foil were calculated using the D070300100021
SRIM 2011 code and the LISE++ program. D070300100022
METHOD (ACTIV,GSPEC) D070300100023
MONITOR (22-TI-0(D,X)23-V-48,,SIG) For additional control over D070300100024
the intensity of the deuteron flux. D070300100025
The current of the deuteron beam passing through the D070300100026
assembly was measured with a Faraday cup. D070300100027
MONIT-REF (,F.Tarkanyi+,R,IAEA-TECDOC-1211,2001) D070300100028
DECAY-MON (23-V-48,15.97D,DG,944.104,0.0776,DG,983.517,0.9998, D070300100029
DG,1312.096,0.975) D070300100030
DETECTOR (HPGE) HPGe detector with 50% efficiency in relation D070300100031
to NaI. D070300100032
ERR-ANALYS (DATA-ERR) Sources of uncertainties not specified. D070300100033
STATUS (TABLE) Data received from Dr. Kulko 03 Jan 2013. D070300100034
HISTORY (20121018C) VS. D070300100035
ENDBIB 33 0 D070300100036
NOCOMMON 0 0 D070300100037
ENDSUBENT 36 0 D070300199999
SUBENT D0703002 20121018 D087D070300200001
BIB 3 6 D070300200002
REACTION (78-PT-0(D,X)79-AU-194,,SIG) D070300200003
DECAY-DATA (79-AU-194,32.02HR,DG,328.455,0.61,DG,293.545,0.104) D070300200004
SAMPLE Ten Pt targets with layer density from 0.55 D070300200005
to 0.9 mg/cm2 were prepared. An additional check of D070300200006
targets for 194Pt content and their thickness was D070300200007
done by the X-ray fluorescence analysis method. D070300200008
ENDBIB 6 0 D070300200009
NOCOMMON 0 0 D070300200010
DATA 4 3 D070300200011
EN EN-RSL DATA DATA-ERR D070300200012
MEV MEV MB MB D070300200013
8.81 0.233 15.73 0.52 D070300200014
10.3 0.189 81.95 2.4 D070300200015
11.41 0.164 140.9 3.9 D070300200016
ENDDATA 5 0 D070300200017
ENDSUBENT 16 0 D070300299999
SUBENT D0703003 20130207 D087D070300300001
BIB 3 6 D070300300002
REACTION (78-PT-0(D,X)79-AU-195,,SIG) D070300300003
DECAY-DATA (79-AU-195,186.09D,DG,98.85,0.109) D070300300004
SAMPLE Ten Pt targets with layer density from 0.55 D070300300005
to 0.9 mg/cm2 were prepared. An additional check of D070300300006
targets for 194Pt content and their thickness was D070300300007
done by the X-ray fluorescence analysis method. D070300300008
ENDBIB 6 0 D070300300009
NOCOMMON 0 0 D070300300010
DATA 2 3 D070300300011
EN DATA D070300300012
MEV MB D070300300013
8.467 23.3 D070300300014
10.217 93.4 D070300300015
11.457 154. D070300300016
ENDDATA 5 0 D070300300017
ENDSUBENT 16 0 D070300399999
SUBENT D0703004 20130208 D087D070300400001
BIB 3 6 D070300400002
REACTION (78-PT-0(D,X)78-PT-195-M,,SIG) D070300400003
SAMPLE Ten Pt targets with layer density from 0.55 to D070300400004
0.9 mg/cm2 were prepared. An additional check of D070300400005
targets for 194Pt content and their thickness was D070300400006
done by the X-ray fluorescence analysis method. D070300400007
DECAY-DATA (78-PT-195-M,4.02D,DG,98.85,0.114,DG,129.7,0.0283) D070300400008
ENDBIB 6 0 D070300400009
NOCOMMON 0 0 D070300400010
DATA 4 3 D070300400011
EN EN-RSL DATA DATA-ERR D070300400012
MEV MEV MB MB D070300400013
8.81 0.233 6.55 0.6 D070300400014
10.3 0.189 14.9 1.2 D070300400015
11.41 0.164 18.5 1.8 D070300400016
ENDDATA 5 0 D070300400017
ENDSUBENT 16 0 D070300499999
SUBENT D0703005 20130208 D087D070300500001
BIB 3 10 D070300500002
REACTION (78-PT-194(D,2N)79-AU-194,,SIG) D070300500003
DECAY-DATA (79-AU-194,32.02HR,DG,328.455,0.61,DG,293.545,0.104) D070300500004
SAMPLE (78-PT-194,ENR=0.8) Sample enriched in 194-Pt was made D070300500005
by the technique of electrochemical deposition from a D070300500006
platinum solution in chlorine-hydrogen acid on a D070300500007
titanium foil substrate 2.1 mu-m thick. The material D070300500008
was deposited on a substrate with an area of 1.22 cm2. D070300500009
Upon deposition of the material, each target was D070300500010
annealed. The amount of material was determined by D070300500011
weighing and converted to the isotope 194Pt content. D070300500012
ENDBIB 10 0 D070300500013
NOCOMMON 0 0 D070300500014
DATA 4 9 D070300500015
EN EN-RSL DATA DATA-ERR D070300500016
MEV MEV MB MB D070300500017
8.81 0.169 39.7 1.9 D070300500018
10.41 0.136 169. 5.8 D070300500019
11.65 313. 30. D070300500020
11.69 0.114 354.4 16. D070300500021
12.6 366. 34. D070300500022
12.98 443. 40. D070300500023
14. 587. 39. D070300500024
15. 755. 170. D070300500025
16.3 562. 38. D070300500026
ENDDATA 11 0 D070300500027
ENDSUBENT 26 0 D070300599999
SUBENT D0703006 20130208 D087D070300600001
BIB 3 10 D070300600002
REACTION (78-PT-194(D,N)79-AU-195,,SIG) D070300600003
DECAY-DATA (79-AU-195,186.09D,DG,98.85,0.109) D070300600004
SAMPLE (78-PT-194,ENR=0.8) Sample enriched in 194-Pt was made D070300600005
by the technique of electrochemical deposition from a D070300600006
platinum solution in chlorine-hydrogen acid on a D070300600007
titanium foil substrate 2.1 mu-m thick. The material D070300600008
was deposited on a substrate with an area of 1.22 cm2. D070300600009
Upon deposition of the material, each target was D070300600010
annealed. The amount of material was determined by D070300600011
weighing and converted to the isotope 194Pt content. D070300600012
ENDBIB 10 0 D070300600013
NOCOMMON 0 0 D070300600014
DATA 3 8 D070300600015
EN DATA DATA-ERR D070300600016
MEV MB MB D070300600017
8.81 23.9 4.2 D070300600018
10.41 44.9 10.9 D070300600019
11.69 86.4 16.6 D070300600020
12.6 130.7 40. D070300600021
12.98 96.8 20. D070300600022
14. 130.5 40. D070300600023
15. 174. 40. D070300600024
16.3 132. 40. D070300600025
ENDDATA 10 0 D070300600026
ENDSUBENT 25 0 D070300699999
SUBENT D0703007 20130208 D087D070300700001
BIB 3 10 D070300700002
REACTION (78-PT-194(D,P)78-PT-195-M,,SIG) D070300700003
DECAY-DATA (78-PT-195-M,4.02D,DG,98.85,0.114,DG,129.7,0.0283) D070300700004
SAMPLE (78-PT-194,ENR=0.8) Sample enriched in 194-Pt was made D070300700005
by the technique of electrochemical deposition from a D070300700006
platinum solution in chlorine-hydrogen acid on a D070300700007
titanium foil substrate 2.1 mu-m thick. The material D070300700008
was deposited on a substrate with an area of 1.22 cm2. D070300700009
Upon deposition of the material, each target was D070300700010
annealed. The amount of material was determined by D070300700011
weighing and converted to the isotope 194Pt content. D070300700012
ENDBIB 10 0 D070300700013
NOCOMMON 0 0 D070300700014
DATA 3 8 D070300700015
EN DATA DATA-ERR D070300700016
MEV MB MB D070300700017
8.81 13.8 1.6 D070300700018
10.41 27.9 2.4 D070300700019
11.69 45.4 5.9 D070300700020
12.6 50. 8.7 D070300700021
13.04 39.97 10. D070300700022
14. 56.3 11.2 D070300700023
15. 68.8 15. D070300700024
16.3 43.7 10. D070300700025
ENDDATA 10 0 D070300700026
ENDSUBENT 25 0 D070300799999
ENDENTRY 7 0 D070399999999