ENTRY D0764 20150219 D098D076400000001 SUBENT D0764001 20150219 D098D076400100001 BIB 10 15 D076400100002 TITLE Non-resonant radiation from the N14(p,g) reaction (II) D076400100003 AUTHOR (D.F.Hebbard, G.M.Bailey) D076400100004 INSTITUTE (3AULCBR) D076400100005 REFERENCE (J,NP,49,666,1963) D076400100006 FACILITY (CCW,3AULCBR) 12 MV Cockcroft-Walton accelerator D076400100007 SAMPLE Tantalum nitride. No loss (<2% loss) of nitrogen was D076400100008 observed. D076400100009 Depth profile of 14N was examined by using the yield D076400100010 of 4.43 MeV gamma-rays from15N(p,a1+g) and 14N/15N D076400100011 abundance ratio. D076400100012 DETECTOR (NAICR) 12.5 cm diam. x 10 cm long crystal, kept at D076400100013 55 deg to proton beam. D076400100014 METHOD (BCINT) Integrated beam current used to normalize spectD076400100015 STATUS (CURVE) Figs.5-8 of Nucl.Phys.49(1963)666 D076400100016 HISTORY (20150219C) On D076400100017 ENDBIB 15 0 D076400100018 NOCOMMON 0 0 D076400100019 ENDSUBENT 18 0 D076400199999 SUBENT D0764002 20150219 D098D076400200001 BIB 3 10 D076400200002 REACTION 1(7-N-14(P,G)8-O-15,PAR,SIG,,SFC) D076400200003 Contribution of 14N at 278 keV depth subtracted D076400200004 2(7-N-14(P,G)8-O-15,PAR,SIG,,SFC/RAW) D076400200005 Contribution of 14N at 278 keV depth not subtracted D076400200006 CORRECTION1S=1.44 keV-b at Ep=365 keV and 1.18 keV-b at Ep=468 keVD076400200007 are assumed for 6.79 MeV transition, and used to D076400200008 subtract contribution of 14N at the 278 keV deep to D076400200009 other transitions. D076400200010 ERR-ANALYS (DATA-ERR) Relative error due to extraction of D076400200011 intensities from the gamma-ray spectra D076400200012 ENDBIB 10 0 D076400200013 NOCOMMON 0 0 D076400200014 DATA 6 33 D076400200015 E-LVL EN DATA 1DATA-ERR 1DATA 2DATA-ERR 2D076400200016 MEV KEV B*KEV B*KEV B*KEV B*KEV D076400200017 0. 196. 0.01 0.78 D076400200018 0. 362. 0.40 0.05 0.66 0.06 D076400200019 0. 465. 0.14 0.06 0.18 0.06 D076400200020 0. 567. 0.22 0.03 D076400200021 0. 671. 0.37 0.03 D076400200022 0. 770. 0.30 0.03 D076400200023 0. 865. 0.30 0.03 D076400200024 0. 975. 0.44 0.05 D076400200025 5.18 193. 0.00 0.10 D076400200026 5.18 363. 0.73 0.08 2.07 0.10 D076400200027 5.18 470. 0.36 0.12 0.45 0.12 D076400200028 5.18 569. 0.29 0.05 D076400200029 5.18 675. 0.22 0.04 D076400200030 5.18 775. 0.14 0.03 D076400200031 5.18 870. 0.14 0.04 D076400200032 5.18 980. 0.19 0.05 D076400200033 6.16 192. 2.88 1.13 D076400200034 6.16 365. 1.96 0.09 6.75 0.09 D076400200035 6.16 470. 1.20 0.14 1.53 0.13 D076400200036 6.16 570. 0.88 0.04 D076400200037 6.16 676. 0.70 0.04 D076400200038 6.16 776. 0.35 0.04 D076400200039 6.16 870. 0.35 0.04 D076400200040 6.16 980. 0.32 0.05 D076400200041 6.79 196. 2.10 1.08 D076400200042 6.79 366. 3.35 0.08 D076400200043 6.79 469. 1.30 0.12 D076400200044 6.79 568. 1.10 0.04 D076400200045 6.79 673. 1.03 0.04 D076400200046 6.79 774. 0.97 0.04 D076400200047 6.79 871. 0.95 0.03 D076400200048 6.79 979. 0.90 0.05 D076400200049 6.79 1050. 0.84 0.09 D076400200050 ENDDATA 35 0 D076400200051 ENDSUBENT 50 0 D076400299999 ENDENTRY 2 0 D076499999999