ENTRY D4316 20150304 D098D431600000001 SUBENT D4316001 20150304 D098D431600100001 BIB 11 38 D431600100002 TITLE Resonance parameters of the reaction 12C(d,pg)13C in D431600100003 the vicinity of 1450 keV for accelerator energy D431600100004 calibration D431600100005 AUTHOR (L.Csedreki,G.A.Sziki,Z.Szikszai,I.Kocsis) D431600100006 INSTITUTE (3HUNDEB,3HUNKOS) D431600100007 REFERENCE (J,NIM/B,342,184,2015) D431600100008 #doi:10.1016/j.nimb.2014.09.038 D431600100009 FACILITY (VDG,3HUNDEB) D431600100010 SAMPLE A self-supporting carbon foil (thickness: 1.0*10e18 D431600100011 atom/cm2) with an evaporated palladium layer on its D431600100012 surface (thickness: 2.2*10e17 atom/cm2) D431600100013 DETECTOR (HPGE) D431600100014 (SIBAR) D431600100015 METHOD (FPGAM) Prompt gammas were detected at 55 degree. D431600100016 (SITA) A single target was irradiated with deuteron D431600100017 beam in the energy range 1400 - 1500 keV. D431600100018 Gamma-rays, protons and backscattered deuterons were D431600100019 detected simultaneously. The energy loss in the Pd D431600100020 layer (4.4 keV) was calculated with the SRIM code. D431600100021 The number of target nuclei was determined with RBS D431600100022 technique using alpha beam of 1.5 MeV energy. D431600100023 MONITOR A thin film of NaCl (thickness: 8.4*10e17 atom/cm2) D431600100024 evaporated on a self-supported thin film of Ag was D431600100025 used for the measurement of the excitation function of D431600100026 the 23Na(p,p0g)23Na reaction in the 1900-1959 keV D431600100027 energy range. Since the parameters of the included D431600100028 1931 keV resonance have well established values in D431600100029 the literature, the reliability of the experimental D431600100030 arrangement, fitting and evaluating process could be D431600100031 checked by comparing the measured and reported data. D431600100032 ERR-ANALYS (ERR-T) Uncertainty propagated from: D431600100033 (ERR-1)number of target nuclei(2.5%) D431600100034 (ERR-2)detector efficiency (3%) D431600100035 (EN-ERR) The energy of the beam, as well as its energy D431600100036 stability was regularly assessed measuring the D431600100037 991.81 +- 0.04 keV resonance in the D431600100038 27Al(p,g)28Si reaction. D431600100039 HISTORY (20150304C) ts D431600100040 ENDBIB 38 0 D431600100041 COMMON 2 3 D431600100042 ERR-1 ERR-2 D431600100043 PER-CENT PER-CENT D431600100044 2.5 3. D431600100045 ENDCOMMON 3 0 D431600100046 ENDSUBENT 45 0 D431600199999 SUBENT D4316002 20150304 D098D431600200001 BIB 3 6 D431600200002 REACTION (6-C-12(D,P)6-C-13,PAR,DA,G,4PI) Cross sections for D431600200003 production of 3089.keV gamma from the 3089.4keV level. D431600200004 ANALYSIS The total cross sections of the present work were D431600200005 obtained by multiplying the differential cross section D431600200006 measured at 55 degree by 4Pi. D431600200007 STATUS (TABLE) data were received from authors D431600200008 ENDBIB 6 0 D431600200009 COMMON 3 3 D431600200010 ANG LVL-INI E D431600200011 ADEG KEV KEV D431600200012 55. 3089. 3089. D431600200013 ENDCOMMON 3 0 D431600200014 DATA 4 30 D431600200015 EN EN-ERR DATA ERR-T D431600200016 KEV KEV MB MB D431600200017 1408. 1. 156. 10. D431600200018 1418. 1. 155. 12. D431600200019 1423. 1. 162. 10. D431600200020 1428. 1. 172. 10. D431600200021 1433. 1. 174. 11. D431600200022 1438. 1. 190. 11. D431600200023 1440. 1. 193. 11. D431600200024 1443. 1. 203. 12. D431600200025 1444. 1. 214. 13. D431600200026 1445. 1. 216. 12. D431600200027 1447. 1. 237. 14. D431600200028 1448. 1. 256. 15. D431600200029 1449. 1. 264. 16. D431600200030 1450. 1. 292. 17. D431600200031 1451. 1. 306. 18. D431600200032 1452. 1. 325. 20. D431600200033 1453. 1. 366. 23. D431600200034 1454. 1. 384. 26. D431600200035 1455. 1. 375. 26. D431600200036 1456. 1. 367. 22. D431600200037 1457. 1. 342. 20. D431600200038 1459. 1. 275. 21. D431600200039 1461. 1. 221. 13. D431600200040 1463. 1. 197. 12. D431600200041 1465. 1. 185. 11. D431600200042 1468. 1. 172. 13. D431600200043 1473. 1. 184. 11. D431600200044 1478. 1. 188. 11. D431600200045 1488. 1. 199. 12. D431600200046 1498. 1. 203. 12. D431600200047 ENDDATA 32 0 D431600200048 ENDSUBENT 47 0 D431600299999 ENDENTRY 2 0 D431699999999