ENTRY C2838 20221021 C224C2838000 1 SUBENT C2838001 20221021 C224C2838001 1 BIB 8 21 C2838001 2 TITLE Neutrons from Deuteron Bombardment of Li6 C2838001 3 AUTHOR (W.Whaling,J.E.Evans,T.W.Bonner) C2838001 4 REFERENCE (J,PR,75,688(1),1949) C2838001 5 #doi:10.1103/PhysRev.75.688 C2838001 6 INSTITUTE (1USARIC) C2838001 7 FACILITY (VDG,1USARIC) The Rice Institute pressure Van de C2838001 8 Graaff generator. C2838001 9 DETECTOR (PROPC) C2838001 10 METHOD (REC) The neutrons emitted in the direction of the C2838001 11 deuteron beam were detected by means of the argon C2838001 12 recoils in a proportional counter filled with argon C2838001 13 at atmospheric pressure. The counter was biased to C2838001 14 count neutrons of energy greater than 1 MeV. To C2838001 15 correct for the Li7 impurity in the target, the yield C2838001 16 of neutrons from a normal Li2SO4 target of C2838001 17 approximately the same thickness was measured under C2838001 18 identical experimental conditions. Knowing the C2838001 19 relative amounts of the two isotopes in each target, C2838001 20 the contribution of each isotope alone can be C2838001 21 determined. C2838001 22 HISTORY (20221021C) BP C2838001 23 ENDBIB 21 0 C2838001 24 NOCOMMON 0 0 C2838001 25 ENDSUBENT 24 0 C283800199999 SUBENT C2838002 20221021 C224C2838002 1 BIB 3 6 C2838002 2 REACTION (3-LI-6(D,X)0-NN-1,,SIG,,REL) C2838002 3 SAMPLE (3-LI-6,ENR=0.95) Lithium enriched to 95% Li was used C2838002 4 as a target in the form of a thin film of LigSO4 374 C2838002 5 micrograms per sq. cm thick, which is equivalent to C2838002 6 124 keV for a 1-MeV deuteron. C2838002 7 STATUS (CURVE) Fig. 1, page 688 of J,PR,75,688,1949. C2838002 8 ENDBIB 6 0 C2838002 9 NOCOMMON 0 0 C2838002 10 DATA 2 31 C2838002 11 EN DATA C2838002 12 MEV ARB-UNITS C2838002 13 0.258 0.078 C2838002 14 0.325 0.168 C2838002 15 0.388 0.296 C2838002 16 0.457 0.475 C2838002 17 0.530 0.616 C2838002 18 0.605 0.846 C2838002 19 0.675 0.974 C2838002 20 0.740 1.064 C2838002 21 0.820 1.093 C2838002 22 0.892 1.158 C2838002 23 0.945 1.223 C2838002 24 1.038 1.252 C2838002 25 1.113 1.267 C2838002 26 1.193 1.333 C2838002 27 1.266 1.373 C2838002 28 1.344 1.414 C2838002 29 1.419 1.379 C2838002 30 1.482 1.356 C2838002 31 1.562 1.384 C2838002 32 1.630 1.474 C2838002 33 1.692 1.414 C2838002 34 1.760 1.555 C2838002 35 1.830 1.759 C2838002 36 1.887 2.088 C2838002 37 1.951 2.443 C2838002 38 2.000 2.860 C2838002 39 2.047 3.151 C2838002 40 2.086 3.908 C2838002 41 2.135 4.338 C2838002 42 2.181 4.931 C2838002 43 2.228 5.336 C2838002 44 ENDDATA 33 0 C2838002 45 ENDSUBENT 44 0 C283800299999 SUBENT C2838003 20221021 C224C2838003 1 BIB 3 4 C2838003 2 REACTION (3-LI-7(D,X)0-NN-1,,SIG,,REL) C2838003 3 SAMPLE A normal Li2SO4 target of approximately the same C2838003 4 thickness as 6Li. C2838003 5 STATUS (CURVE) Fig. 1, page 688 of J,PR,75,688,1949. C2838003 6 ENDBIB 4 0 C2838003 7 NOCOMMON 0 0 C2838003 8 DATA 2 37 C2838003 9 EN DATA C2838003 10 MEV ARB-UNITS C2838003 11 0.260 0.078 C2838003 12 0.325 0.181 C2838003 13 0.390 0.309 C2838003 14 0.455 0.626 C2838003 15 0.531 1.070 C2838003 16 0.605 1.865 C2838003 17 0.675 3.089 C2838003 18 0.744 3.784 C2838003 19 0.819 3.888 C2838003 20 0.893 4.218 C2838003 21 0.944 4.874 C2838003 22 1.002 6.009 C2838003 23 1.037 6.225 C2838003 24 1.076 6.541 C2838003 25 1.111 5.535 C2838003 26 1.151 4.567 C2838003 27 1.187 4.115 C2838003 28 1.230 3.965 C2838003 29 1.266 3.690 C2838003 30 1.308 3.666 C2838003 31 1.341 3.566 C2838003 32 1.381 3.581 C2838003 33 1.422 3.494 C2838003 34 1.459 3.508 C2838003 35 1.509 3.673 C2838003 36 1.554 3.700 C2838003 37 1.601 3.903 C2838003 38 1.649 4.069 C2838003 39 1.695 4.725 C2838003 40 1.739 5.054 C2838003 41 1.796 5.396 C2838003 42 1.843 5.964 C2838003 43 1.892 6.558 C2838003 44 1.942 6.408 C2838003 45 1.985 6.372 C2838003 46 2.040 6.450 C2838003 47 2.090 6.363 C2838003 48 ENDDATA 39 0 C2838003 49 ENDSUBENT 48 0 C283800399999 SUBENT C2838004 20221021 C224C2838004 1 BIB 2 2 C2838004 2 REACTION ((3-LI-6(D,X)0-NN-1,,DA)//(3-LI-6(D,X)0-NN-1,,DA)) C2838004 3 STATUS (TABLE) page 688 of J,PR,75,688,1949. C2838004 4 ENDBIB 2 0 C2838004 5 COMMON 2 3 C2838004 6 ANG-NM ANG-DN C2838004 7 ADEG ADEG C2838004 8 0.0 150.0 C2838004 9 ENDCOMMON 3 0 C2838004 10 DATA 2 3 C2838004 11 EN DATA C2838004 12 KEV NO-DIM C2838004 13 590.0 1.75 C2838004 14 1000.0 1.75 C2838004 15 1700.0 1.75 C2838004 16 ENDDATA 5 0 C2838004 17 ENDSUBENT 16 0 C283800499999 SUBENT C2838005 20221021 C224C2838005 1 BIB 2 3 C2838005 2 REACTION ((3-LI-7(D,X)0-NN-1,,DA)// C2838005 3 (3-LI-7(D,X)0-NN-1,,DA)) C2838005 4 STATUS (TABLE) page 688 of J,PR,75,688,1949. C2838005 5 ENDBIB 3 0 C2838005 6 COMMON 2 3 C2838005 7 ANG-NM ANG-DN C2838005 8 ADEG ADEG C2838005 9 0.0 150.0 C2838005 10 ENDCOMMON 3 0 C2838005 11 DATA 2 4 C2838005 12 EN DATA-APRX C2838005 13 KEV NO-DIM C2838005 14 605.0 2.0 C2838005 15 700.0 2.0 C2838005 16 820.0 2.0 C2838005 17 1340.0 2.0 C2838005 18 ENDDATA 6 0 C2838005 19 ENDSUBENT 18 0 C283800599999 ENDENTRY 5 0 C283899999999