ENTRY O1639 20140208 O052O163900000001
SUBENT O1639001 20140208 O052O163900100001
BIB 13 38 O163900100002
TITLE Boron depletion: indirect measurement of the O163900100003
B-10(p,alpha)Be-7 S(E)-factor. O163900100004
AUTHOR (L.Lamia, S.Romano, N.Carlin, S.Cherubini, V.Crucilla, O163900100005
M.M.De Moura, M.G.Del Santo, M.G.Munhoz, M.Gulino, O163900100006
R.Liguori Neto, M.La Cognata, F.Mudo, R.G.Pizzone, O163900100007
S.M.R.Puglia, M.L.Sergi, F.A.Souza, C.Spitaleri, O163900100008
A.A.P.Suaide, E.Szanto, A.Szanto de Toledo, S.Tudisco,O163900100009
A.Tumino) O163900100010
INSTITUTE (2ITYLNS,2ITYCAT,3BZLUSP) O163900100011
REFERENCE (J,NP/A,787,309,2007) O163900100012
REL-REF (O,O1765001,M.G.Del Santo+,C,2008MACKIN,,(224),2008) - O163900100013
new result from the same group, but from measurements O163900100014
at Laboratori Nazionali del Sud, Catania, Italy. O163900100015
FACILITY (VDGT,3BZLUSP) O163900100016
SAMPLE Deuterated polyethylene targets CD(2) of about O163900100017
192 ug/cm2 was bombarded with a 27-MeV B-10 beam. O163900100018
DETECTOR (TELES,PS,PROPC) The detection setup consisted of a O163900100019
1000 um position sensitive detector(PSD)-PSD1 and a O163900100020
telescope system, having a proportional counter(PC) O163900100021
as delta-E and an E-detector made of a standard 500 um O163900100022
PSD(PSD2). The PC was filled with 13.3 mbar buthane O163900100023
gas and a foil of 1.5 um Mylar was used as a window. O163900100024
Position and energy calibration of the involved O163900100025
detectors were performed by using the data O163900100026
from C-12(Li-6,alpha)N-14, C-12(Li6,Li6)C-12 and O163900100027
Au-197(Li6,Li6)Au-197 reactions induced at a beam O163900100028
energy of 10 MeV and 16 MeV. O163900100029
An alpha-source of 5.48 MeV was also used. O163900100030
METHOD (EDE) O163900100031
ANALYSIS (TROJA) Reaction H-2(B-10,alpha+Be-7)n was used O163900100032
COMMENT - By author. The B-10(p,alpha)Be-7 reaction was studiedO163900100033
by means of the Trojan-horse-method applied to the O163900100034
d(B-10,alpha+Be-7)n three-body reaction performed at O163900100035
an incident energy of 27-MeV. O163900100036
STATUS (CURVE) from figure 5 of NP/A,787,309,2007 O163900100037
HISTORY (20080428C) S.B O163900100038
(20120225U) On. TROJA moved from METHOD to ANALYSIS O163900100039
(20140208A) SD: Energy units in Subent 2 changed. O163900100040
ENDBIB 38 0 O163900100041
NOCOMMON 0 0 O163900100042
ENDSUBENT 41 0 O163900199999
SUBENT O1639002 20140208 O052O163900200001
BIB 5 12 O163900200002
REACTION (5-B-10(P,A)4-BE-7,,SIG,,SFC) O163900200003
the astrophysical factor from the indirect p-B-10 O163900200004
two-body cross section. O163900200005
ERR-ANALYS (DATA-ERR).The uncertainty is shown by authors on O163900200006
figure. O163900200007
(EN-ERR-DIG).Digitizing error of incident energy. O163900200008
REL-REF (D,A0636001,C.Angulo+,J,ZP/A,345,231,1993) direct O163900200009
data. O163900200010
ADD-RES (COMP) Comparison with direct measurements of the O163900200011
reaction. See REL-REF. O163900200012
HISTORY (20140208A) SD: Energy units changed (MEV -> KEV) O163900200013
according to the publication (see NP/A,787,309,2007) O163900200014
ENDBIB 12 0 O163900200015
COMMON 2 3 O163900200016
EN-ERR-DIG DATA-ERR O163900200017
KEV PER-CENT O163900200018
1.6 50. O163900200019
ENDCOMMON 3 0 O163900200020
DATA 2 21 O163900200021
EN-CM DATA O163900200022
KEV B*MEV O163900200023
8.8 220. O163900200024
28.7 320. O163900200025
47.2 300. O163900200026
68. 240. O163900200027
86.4 170. O163900200028
108.3 120. O163900200029
130.1 80. O163900200030
148.5 52. O163900200031
169.2 38. O163900200032
187.7 28. O163900200033
209.6 23. O163900200034
230.4 19. O163900200035
248.9 17. O163900200036
269.7 15. O163900200037
289.4 14. O163900200038
307.9 13. O163900200039
331.1 13. O163900200040
349.6 12. O163900200041
370.4 11. O163900200042
389. 11. O163900200043
409.8 11. O163900200044
ENDDATA 23 0 O163900200045
ENDSUBENT 44 0 O163900299999
ENDENTRY 2 0 O163999999999