ENTRY D0782 20151123 D102D078200000001 SUBENT D0782001 20151123 D102D078200100001 BIB 8 23 D078200100002 TITLE Accurate measurement of the 23Na(d,p)24Na cross D078200100003 section in the 1.7-20 MeV energy range D078200100004 AUTHOR (T.Y.Hirsh,A.Kreisel,J.Mrazek,L.Weissman,Y.Eisen, D078200100005 M.Stefanik,E.Simeckova,O.Aviv,S.Moscovici,Z.Yungrais, D078200100006 D.Berkovits) D078200100007 INSTITUTE (3ISLSOR,3CZRUJF) D078200100008 REFERENCE (J,NIM/B,362,29,2015) D078200100009 #doi:10.1016/j.nimb.2015.09.015 D078200100010 SAMPLE (11-NA-23,NAT=1) Thin layer (300 ug/cm2) of NaF D078200100011 evaporated on 1100 ug/cm2 carbon foil. D078200100012 DECAY-DATA (11-NA-24,15.HR,DG,1368.,0.99) D078200100013 ERR-ANALYS (ERR-T) The total uncertainty was deduced from the D078200100014 squares of the relative uncertainties of the D078200100015 following factors. D078200100016 (ERR-1,,3.) The conservative uncertainty on the D078200100017 target thickness D078200100018 (ERR-2,,2.5) The uncertainty on the efficiency of the D078200100019 HPGe detectors for both at 1368 keV D078200100020 (ERR-3) The uncertainty on the current measurement D078200100021 estimated to be 1%. D078200100022 (ERR-S,,1.) The statistical uncertainty in D078200100023 integration of the 1368 keV peak was less than 1% D078200100024 HISTORY (20151123C) VS D078200100025 ENDBIB 23 0 D078200100026 COMMON 1 3 D078200100027 ERR-3 D078200100028 PER-CENT D078200100029 1. D078200100030 ENDCOMMON 3 0 D078200100031 ENDSUBENT 30 0 D078200199999 SUBENT D0782002 20151130 D102D078200200001 BIB 6 11 D078200200002 REACTION (11-NA-23(D,P)11-NA-24,,SIG) D078200200003 FACILITY (LINAC,3ISLSOR) SARAF Phase I Linac D078200200004 METHOD (BCINT) D078200200005 (ACTIV) Irradiation periods of 30-100 min D078200200006 Cooling time 20 min D078200200007 Measuring time 5-30 min D078200200008 DETECTOR (HPGE) Detector - sample distance 20 cm D078200200009 ERR-ANALYS (EN-ERR) The deuteron beam energy spread is typically D078200200010 25 keV (sigma). A typical energy uncertainty in the D078200200011 TOF method was found to be of 30 keV. D078200200012 STATUS (TABLE) tbl. 3 of NIM/B,362(2015)29 D078200200013 ENDBIB 11 0 D078200200014 NOCOMMON 0 0 D078200200015 DATA 4 11 D078200200016 EN EN-ERR DATA ERR-T D078200200017 MEV MEV MB MB D078200200018 5.04 0.05 446. 22. D078200200019 4.75 0.05 428. 21. D078200200020 4.51 0.05 481. 24. D078200200021 4.19 0.05 471. 24. D078200200022 3.83 0.05 424. 21. D078200200023 3.56 0.05 429. 21. D078200200024 3.03 0.05 370. 19. D078200200025 3.00 0.05 388. 19. D078200200026 2.73 0.05 354. 18. D078200200027 2.39 0.06 166.0 8.3 D078200200028 1.68 0.07 68.2 3.4 D078200200029 ENDDATA 13 0 D078200200030 ENDSUBENT 29 0 D078200299999 SUBENT D0782003 20151130 D102D078200300001 BIB 7 20 D078200300002 REACTION (11-NA-23(D,P)11-NA-24,,SIG) D078200300003 FACILITY (CYCLO,3CZRUJF) U120M cyclotron D078200300004 INC-SPECT The energy distribution for each foil and degrader D078200300005 inside the foil-stack was calculated by using a D078200300006 detailed TRIM simulation of the stack. D078200300007 METHOD (STTA) The stack contained 18 NaF targets each held D078200300008 between two stainless steel rings. In addition, 12-75 D078200300009 um aluminum degrader foils were inserted in between D078200300010 the targets. Carbon-only foils were placed after the D078200300011 Al foils to stop 24Na recoils. D078200300012 (ACTIV) Irradiation time 60 min. D078200300013 Cooling time more than 60 min D078200300014 Measuring time 5-20 min D078200300015 (BCINT) D078200300016 DETECTOR (HPGE) Samples were placed at 10, 15, 20 cm from the D078200300017 detector. D078200300018 ERR-ANALYS (EN-ERR) The uncertainty in energy is the r.m.s. of D078200300019 the energy distribution extracted from the TRIM D078200300020 calculation. D078200300021 STATUS (TABLE) tbl. 1 of NIM/B,362(2015)29 D078200300022 ENDBIB 20 0 D078200300023 NOCOMMON 0 0 D078200300024 DATA 4 16 D078200300025 EN EN-ERR DATA ERR-T D078200300026 MEV MEV MB MB D078200300027 19.79 0.21 81.5 4.1 D078200300028 19.14 0.22 84.1 4.2 D078200300029 18.27 0.23 96.1 4.8 D078200300030 17.37 0.25 98.3 4.9 D078200300031 16.44 0.26 102.6 5.1 D078200300032 15.46 0.28 105.3 5.3 D078200300033 14.43 0.30 125.3 6.3 D078200300034 13.34 0.32 144.8 7.2 D078200300035 12.18 0.35 169.0 8.5 D078200300036 9.63 0.42 230. 12. D078200300037 9.01 0.44 253. 13. D078200300038 8.36 0.47 251. 13. D078200300039 6.92 0.55 319. 16. D078200300040 6.47 0.58 311. 16. D078200300041 5.99 0.62 344. 17. D078200300042 5.47 0.66 371. 19. D078200300043 ENDDATA 18 0 D078200300044 ENDSUBENT 43 0 D078200399999 ENDENTRY 3 0 D078299999999