ENTRY F1229 20140904 F055F122900000001
SUBENT F1229001 20140904 F055F122900100001
BIB 10 31 F122900100002
TITLE Study of the d(p,gamma)He-3 reaction at ultralow F122900100003
energies using a zirconium deuteride target. F122900100004
AUTHOR (V.M.Bystritsky,A.P.Kobzev,A.R.Krylov,S.S.Parzhitskii, F122900100005
A.V.Philippov,G.N.Dudkin,B.A.Nechaev,V.N.Padalko, F122900100006
F.M.Pen'kov,Yu.Zh.Tuleushev,M.Filipowicz, F122900100007
Vit.M.Bystritskii,S.Gazi,J.Huran) F122900100008
INSTITUTE (4ZZZDUB) F122900100009
(4RUSTPI) F122900100010
(4KASKAZ) F122900100011
(3POLPOL) Faculty of fuels and energy, AGH University F122900100012
of science and technology, Cracow, Poland F122900100013
(1USAUSA) Trialpha energy, Inc., Foothill Ranch, CA,USAF122900100014
(3SLKSLK) Institute of electrical engineering SAS, F122900100015
Bratislava, Slovakia F122900100016
REFERENCE (J,NIM/A,737,248,2014) F122900100017
#doi:10.1016/j.nima.2013.11.072 F122900100018
(J,FCY/L,10,(7),1174,2013) F122900100019
(J,PPN/L,10,(7),717,2013) English translation F122900100020
#doi:10.1134/S1547477114010105 F122900100021
FACILITY (ACCEL,4RUSTPI) Pulsed plasma Hall accelerator was F122900100022
used. F122900100023
SAMPLE Zirconium deuteride was used for targets. It was F122900100024
deposited on the stainless-steel backing by magnetron F122900100025
sputtering. Zirconium deuteride layer was 1.5-2 mu-m F122900100026
thick. The target diameter was 97 mm. F122900100027
DETECTOR (NAICR) Gamma rays with the energy Eg=5.5 MeV from F122900100028
the pd-reaction were recorded by eight NaI(Tl)-based F122900100029
detectors (10*100*400 mm3) placed around the target. F122900100030
METHOD (BCINT) F122900100031
STATUS (APRVD) Approved by authors. F122900100032
HISTORY (20140904C) F122900100033
ENDBIB 31 0 F122900100034
COMMON 1 3 F122900100035
EN-RSL-FW F122900100036
PER-CENT F122900100037
16. F122900100038
ENDCOMMON 3 0 F122900100039
ENDSUBENT 38 0 F122900199999
SUBENT F1229002 20140904 F055F122900200001
BIB 4 6 F122900200002
REACTION (1-H-2(P,G)2-HE-3,,SIG,,SFC) F122900200003
COMMENT *By author* S-factor is determined as a function of F122900200004
average value of proton- deuteron collision energy. F122900200005
STATUS (TABLE) Table 2. F122900200006
MISC-COL (MISC) Average value of the proton-deuteron collision F122900200007
energy. F122900200008
ENDBIB 6 0 F122900200009
NOCOMMON 0 0 F122900200010
DATA 4 5 F122900200011
EN DATA DATA-ERR MISC F122900200012
KEV B*EV B*EV KEV F122900200013
11. 0.246 0.020 6.306 F122900200014
13. 0.255 0.020 7.351 F122900200015
15. 0.265 0.018 8.383 F122900200016
17. 0.275 0.018 9.403 F122900200017
19. 0.281 0.016 10.413 F122900200018
ENDDATA 7 0 F122900200019
ENDSUBENT 18 0 F122900299999
SUBENT F1229003 20140904 F055F122900300001
BIB 4 7 F122900300002
REACTION (1-H-2(P,G)2-HE-3,,SIG) F122900300003
COMMENT *By author* Cross section is determined as a function F122900300004
of proton-deuteron collision energy at the maximum of F122900300005
the distribution function of probability. F122900300006
STATUS (TABLE) Table 2. F122900300007
MISC-COL (MISC) Proton-deuteron collision energy at the maximum F122900300008
of the distribution function of probability. F122900300009
ENDBIB 7 0 F122900300010
NOCOMMON 0 0 F122900300011
DATA 4 5 F122900300012
EN DATA DATA-ERR MISC F122900300013
KEV NB NB KEV F122900300014
11. 1.85 0.21 6.808 F122900300015
13. 4.07 0.41 8.005 F122900300016
15. 6.27 0.44 9.196 F122900300017
17. 9.08 0.53 10.383 F122900300018
19. 13.1 0.93 11.570 F122900300019
ENDDATA 7 0 F122900300020
ENDSUBENT 19 0 F122900399999
ENDENTRY 3 0 F122999999999