ENTRY 40657 20140806 41644065700000001 SUBENT 40657001 20140806 41644065700100001 BIB 11 29 4065700100002 TITLE Features of the departure from the 1/v law of the 4065700100003 cross section for the reaction He-3(N,P)T.Excited level4065700100004 of the He-4 nucleus. 4065700100005 AUTHOR (S.B.Borzakov,H.Malecki,L.B.Pikel'ner,M.Stempinski, 4065700100006 E.I.Sharapov) 4065700100007 INSTITUTE (4ZZZDUB) 4065700100008 REFERENCE (J,YF,35,(3),532,1982) Data are given 4065700100009 (J,SNP,35,307,1982) Engl.translation of YF,35,(3),532 4065700100010 (P,JINR-P3-81-305,198105) 4065700100011 METHOD (TOF) Flight base is 500 m, resolution 9 nsec/m 4065700100012 PART-DET (P) 4065700100013 FACILITY (REAC) Fast pulse reactor IBR-30 4065700100014 DETECTOR (IOCH) For particle detection in Li-6(N,A) reaction . 4065700100015 Two sections ionization chamber contained 12 layers 4065700100016 6-Li(2)CO(3) of 5 mg/cm2 thickness. 4065700100017 Filled with Ar+ NH(4) at 1.3 atm. 4065700100018 (PROPC) 5 Helium-filled counters CHM-17 for He-3(N,P) 4065700100019 reaction. 4065700100020 ADD-RES (STRUC) Level structure for He-4 4065700100021 STATUS (APRVD) Sharapov 1983-11 4065700100022 (COREL,40626001) This Entry supersedes Entry 40626 . 4065700100023 HISTORY (19840125C) 4065700100024 (19841205U) Some corrections are introduced 4065700100025 (19860702U) Duplicating ENTRY 40626 deleted 4065700100026 (19920611U) Modifier in SF8 of SAN 002 changed 4065700100027 (20140806A) M.M. Upper -> lower case correction. 4065700100028 Dates were corrected for 4-digits year. 4065700100029 BIB information was updated. 4065700100030 Subent 003 was added. 4065700100031 ENDBIB 29 0 4065700100032 NOCOMMON 0 0 4065700100033 ENDSUBENT 32 0 4065700199999 SUBENT 40657002 20140806 41644065700200001 BIB 6 11 4065700200002 REACTION (2-HE-3(N,P)1-H-3,,SIG,,AV) Averaged over energy 4065700200003 interval 4065700200004 MONITOR (3-LI-6(N,T)2-HE-4,,SIG) 4065700200005 MONIT-REF (,D.B.Gayther,J,ANE,4,515,1977) For EN < 10.keV 4065700200006 (,G.P.Lamaze+,J,NSE,68,183,1978) For EN > 10.keV 4065700200007 ANALYSIS He3 cross section was derived from measured ratio 4065700200008 using Li6 data of D.Gayther and G.Lamaze. 4065700200009 ERR-ANALYS (ERR-T) Includes statistical error, correction error 4065700200010 and monitor error . 4065700200011 STATUS (TABLE) Table 1 of J,YF,35,(3),532,1982. 4065700200012 (DEP,40657003) Measured cross sections ratio 4065700200013 ENDBIB 11 0 4065700200014 COMMON 1 3 4065700200015 MONIT-ERR 4065700200016 PER-CENT 4065700200017 2. 4065700200018 ENDCOMMON 3 0 4065700200019 DATA 4 56 4065700200020 EN-MIN EN-MAX DATA ERR-T 4065700200021 KEV KEV B B 4065700200022 .26 .28 49.44 .82 4065700200023 .38 .43 40.70 .70 4065700200024 .43 .48 38.40 .54 4065700200025 .48 .55 36.43 .52 4065700200026 .55 .63 33.44 .50 4065700200027 .63 .72 31.72 .43 4065700200028 .72 .84 28.80 .40 4065700200029 .84 .99 26.26 .37 4065700200030 .99 1.05 25.26 .38 4065700200031 1.12 1.18 23.33 .36 4065700200032 1.18 1.33 22.48 .31 4065700200033 1.33 1.50 21.30 .33 4065700200034 1.50 1.72 19.34 .30 4065700200035 1.72 2.02 18.46 .30 4065700200036 2.13 2.67 16.14 .30 4065700200037 2.99 3.34 14.36 .32 4065700200038 3.47 3.68 13.49 .31 4065700200039 3.97 4.23 12.23 .30 4065700200040 4.95 5.34 10.81 .27 4065700200041 5.34 5.80 10.27 .26 4065700200042 6.08 6.29 9.78 .25 4065700200043 6.76 6.88 9.36 .24 4065700200044 8.10 8.26 8.56 .22 4065700200045 8.43 8.61 8.24 .21 4065700200046 8.97 9.50 7.69 .20 4065700200047 9.50 10.2 7.37 .19 4065700200048 10.2 10.9 7.18 .18 4065700200049 11.1 11.7 6.83 .17 4065700200050 11.9 12.1 6.60 .17 4065700200051 12.3 12.6 6.43 .16 4065700200052 13.5 13.9 6.14 .16 4065700200053 13.9 14.4 6.05 .15 4065700200054 14.4 15.3 5.87 .15 4065700200055 15.3 15.7 5.91 .15 4065700200056 15.7 16.1 5.66 .14 4065700200057 16.4 17.4 5.43 .14 4065700200058 17.4 18.0 5.33 .14 4065700200059 18.0 19.0 5.04 .13 4065700200060 19.0 19.8 4.94 .13 4065700200061 19.8 20.8 4.80 .12 4065700200062 20.8 21.8 4.60 .12 4065700200063 22.4 23.2 4.32 .11 4065700200064 24.8 25.7 4.28 .11 4065700200065 27.6 28.6 4.12 .10 4065700200066 29.1 30.3 3.97 .10 4065700200067 37.9 39.6 3.12 .09 4065700200068 39.6 45.5 2.97 .08 4065700200069 48.8 53.9 2.69 .07 4065700200070 63.3 67.0 2.16 .06 4065700200071 72.0 75.4 2.02 .06 4065700200072 80.2 85.4 1.89 .05 4065700200073 85.4 91.3 1.78 .05 4065700200074 94.4 101. 1.64 .05 4065700200075 105. 113. 1.58 .04 4065700200076 117. 127. 1.46 .04 4065700200077 132. 142. 1.30 .04 4065700200078 ENDDATA 58 0 4065700200079 ENDSUBENT 78 0 4065700299999 SUBENT 40657003 20140806 41644065700300001 BIB 6 23 4065700300002 REACTION ((2-HE-3(N,P)1-H-3,,SIG,,AV)/ 4065700300003 (3-LI-6(N,T)2-HE-4,,SIG,,AV)) 4065700300004 Averaged over energy interval 4065700300005 MONITOR (3-LI-6(N,T)2-HE-4,,SIG) 4065700300006 MONIT-REF (,J.H.Gibbons+,J,PR,114,571,1959) 4065700300007 (,R.L.Macklin+,C,65ANTWERP,,498,1965) 4065700300008 ANALYSIS Cross sections ratio He3/Li6 was defined as: 4065700300009 =(T/Tnorm)*(SIGhe/SIGli))*K, where 4065700300010 T=Nhe/Nli, Tnorm=(Nhe/Nli)norm - ratios of counting 4065700300011 numbers of two detectors ( background subtracted) at 4065700300012 investigated energy and normalization energy (index 4065700300013 norm); 4065700300014 K=(EPSli/EPShe)/(EPSli/EPShe)norm, 4065700300015 where EPS - detector efficiency for Li and He at 4065700300016 investigated energy and normalization energy. 4065700300017 Normalization point was in energy range 168-259 eV, 4065700300018 where Li6 and He3 cross sections are described by 4065700300019 formulas: 4065700300020 149.5/sqrt(E), 848.6/sqrt(E)*(1+1.5E-3*sqrt(E)), 4065700300021 respectively. 4065700300022 STATUS (TABLE) Table 1 of J,YF,35,(3),532,1982. 4065700300023 (DEP,40657003) 4065700300024 HISTORY (20140806C) M.M. Subent was added. 4065700300025 ENDBIB 23 0 4065700300026 COMMON 3 3 4065700300027 EN-NRM-MIN EN-NRM-MAX MONIT-ERR 4065700300028 EV EV PER-CENT 4065700300029 168. 259. 2. 4065700300030 ENDCOMMON 3 0 4065700300031 DATA 4 56 4065700300032 EN-MIN EN-MAX DATA ERR-S 4065700300033 KEV KEV NO-DIM NO-DIM 4065700300034 .26 .28 5.44 0.07 4065700300035 .38 .43 5.49 0.08 4065700300036 .43 .48 5.48 0.06 4065700300037 .48 .55 5.53 0.05 4065700300038 .55 .63 5.42 0.06 4065700300039 .63 .72 5.51 0.05 4065700300040 .72 .84 5.39 0.05 4065700300041 .84 .99 5.36 0.05 4065700300042 .99 1.05 5.35 0.06 4065700300043 1.12 1.18 5.29 0.07 4065700300044 1.18 1.33 5.32 0.05 4065700300045 1.33 1.50 5.40 0.06 4065700300046 1.50 1.72 5.32 0.05 4065700300047 1.72 2.02 5.35 0.07 4065700300048 2.13 2.67 5.29 0.08 4065700300049 2.99 3.34 5.34 0.07 4065700300050 3.47 3.68 5.27 0.07 4065700300051 3.97 4.23 5.13 0.08 4065700300052 4.95 5.34 5.11 0.09 4065700300053 5.34 5.80 5.01 0.07 4065700300054 6.08 6.29 4.98 0.08 4065700300055 6.76 6.88 4.97 0.09 4065700300056 8.10 8.26 5.02 0.09 4065700300057 8.43 8.61 4.95 0.09 4065700300058 8.97 9.50 4.91 0.07 4065700300059 9.50 10.2 4.81 0.06 4065700300060 10.2 10.9 4.81 0.06 4065700300061 11.1 11.7 4.84 0.05 4065700300062 11.9 12.1 4.82 0.08 4065700300063 12.3 12.6 4.80 0.07 4065700300064 13.5 13.9 4.74 0.07 4065700300065 13.9 14.4 4.75 0.07 4065700300066 14.4 15.3 4.72 0.08 4065700300067 15.3 15.7 4.89 0.07 4065700300068 15.7 16.1 4.79 0.07 4065700300069 16.4 17.4 4.74 0.07 4065700300070 17.4 18.0 4.62 0.07 4065700300071 18.0 19.0 4.61 0.06 4065700300072 19.0 19.8 4.63 0.06 4065700300073 19.8 20.8 4.65 0.07 4065700300074 20.8 21.8 4.60 0.06 4065700300075 22.4 23.2 4.44 0.05 4065700300076 24.8 25.7 4.23 0.06 4065700300077 27.6 28.6 4.58 0.07 4065700300078 29.1 30.3 4.50 0.07 4065700300079 37.9 39.6 4.06 0.07 4065700300080 39.6 45.5 3.94 0.05 4065700300081 48.8 53.9 3.90 0.05 4065700300082 63.3 67.0 3.35 0.04 4065700300083 72.0 75.4 3.20 0.05 4065700300084 80.2 85.4 3.05 0.04 4065700300085 85.4 91.3 2.91 0.04 4065700300086 94.4 101. 2.58 0.03 4065700300087 105. 113. 2.50 0.02 4065700300088 117. 127. 2.21 0.02 4065700300089 132. 142. 1.75 0.02 4065700300090 ENDDATA 58 0 4065700300091 ENDSUBENT 90 0 4065700399999 ENDENTRY 3 0 4065799999999