ENTRY 41615 20210608 419541615 0 1 SUBENT 41615001 20210608 419541615 1 1 BIB 11 40 41615 1 2 TITLE Angular Distribution of 4.43-MeV gamma-Rays Produced 41615 1 3 in Inelastic Scattering of 14.1-MeV Neutrons by 12C 41615 1 4 Nuclei 41615 1 5 AUTHOR (V.M.Bystritsky,D.N.Grozdanov,A.O.Zontikov,Yu.N.Kopach,41615 1 6 Yu.N.Rogov,I.N.Ruskov,A.B.Sadovsky,V.R.Skoy, 41615 1 7 Yu.N.Barmakov,E.P.Bogolyubov,V.I.Ryzhkov,D.I.Yurkov) 41615 1 8 INSTITUTE (4ZZZDUB) V.M.Bystritsky,D.N.Grozdanov,A.O.Zontikov, 41615 1 9 Yu.N.Kopach,Yu.N.Rogov,I.N.Ruskov,A.B.Sadovsky,V.R.Skoy41615 1 10 (3BULBLA) D.N.Grozdanov,I.N.Ruskov 41615 1 11 (4RUSRUS) N.L.Dukhov All-Russian Research Institute of 41615 1 12 Automatics (VNIIA), Moscow, 101000 Russia. 41615 1 13 Yu.N.Barmakov,E.P.Bogolyubov,V.I.Ryzhkov,D.I.Yurkov 41615 1 14 REFERENCE (J,PPN/L,13,504,2016) Issue 4 . 41615 1 15 #doi:10.1134/S154747711604004X 41615 1 16 Engl.translation of: 41615 1 17 (J,FCY/L,13,793,2016) Issue 4. 41615 1 18 FACILITY (NGEN,4ZZZDUB) Portable ING-27 neutron generator 41615 1 19 designed and fabricated at VNIIA, Moscow. 41615 1 20 INC-SOURCE (D-T) 41615 1 21 SAMPLE Pure carbon of 10 x 10 x 5 cm3 41615 1 22 METHOD (COINC) Inc.neutron-alpha, scat.neutron-gamma 41615 1 23 coincidences. 41615 1 24 DETECTOR (SI) Built-in-generator 64-pixel silicon alpha detector41615 1 25 (NAICR) 22 NaI(Tl) detectors system for gamma detection41615 1 26 calibrated by Cs137, Co60, Pu-Be standard gamma-sources41615 1 27 Energy resolution ~sqrt(E) , was 8.5% for Cs137 gamma 41615 1 28 line. Angular resolution ~ Gaussian with av.deviation 41615 1 29 ~ 4.4 deg . 41615 1 30 ANALYSIS Exp.gamma distributions were fitted as: 41615 1 31 F(E)=Peak(E)+Compton(E)+Background(E) ; 41615 1 32 Peak(E)=(A/(SIG*sqrt(2*PI)))*exp( -(E-E0)**2/2*SIG**2)41615 1 33 E0 - peak centroid, 41615 1 34 SIG - standard deviation ( Gaussian), 41615 1 35 A - area under peak, 41615 1 36 Compton(E) - Compton scattering contribution, 41615 1 37 Background(E) - background of random events. 41615 1 38 HISTORY (20161020C) M.M. 41615 1 39 (20190121A) Subent 004 was added. 41615 1 40 Data were added in Subents 002, 003 . 41615 1 41 (20210608A) Subent 002 was corrected. 41615 1 42 ENDBIB 40 0 41615 1 43 NOCOMMON 0 0 41615 1 44 ENDSUBENT 43 0 41615 199999 SUBENT 41615002 20190121 418141615 2 1 BIB 8 20 41615 2 2 REACTION (6-C-12(N,INL)6-C-12,PAR,DA,G,COS/RSD) 41615 2 3 REL-REF (A,11229001,J.D.Anderson+,J,PR,111,572,1958) Issue 2 41615 2 4 1.75+-0.18 ; 1.20+-0.31 41615 2 5 (A,11283001,J.Benveniste+,J,NP,19,448,1960) 41615 2 6 3.01+-0.35 ; 2.56+-0.38 41615 2 7 Agree in the frames of uncertainties. 41615 2 8 EN-SEC (E,G) 41615 2 9 ANALYSIS Anisotropy ( Number(Theta)/Number(90deg) ) was fitted 41615 2 10 W(THETA)=1+a*cos(Theta)**2 - b*cos(THETA)**4 41615 2 11 CORRECTION2 For self-absorption in sample, 41615 2 12 for angular resolution of exp.setup . 41615 2 13 ERR-ANALYS (ERR-S) Statistical uncertainty 41615 2 14 Systematical uncertainties are under study. 41615 2 15 STATUS (TABLE) Text, page 511, of Physics of Particles and 41615 2 16 Nuclei Letters,13,(4),504,2016 41615 2 17 Received 2019-01-28 from author A.O.Zontikov: 41615 2 18 2. - 3.07 , 4. - -2.74 41615 2 19 (DEP,41615003) Angular anisotropy. 41615 2 20 HISTORY (20190128R) Data 2( received from author A.O.Zontikov )41615 2 21 were added in free text 41615 2 22 ENDBIB 20 0 41615 2 23 COMMON 2 3 41615 2 24 EN E 41615 2 25 MEV MEV 41615 2 26 14.1 4.43 41615 2 27 ENDCOMMON 3 0 41615 2 28 DATA 3 2 41615 2 29 NUMBER DATA ERR-S 41615 2 30 NO-DIM NO-DIM NO-DIM 41615 2 31 2. 2.47 0.10 41615 2 32 4. -2.04 0.12 41615 2 33 ENDDATA 4 0 41615 2 34 ENDSUBENT 33 0 41615 299999 SUBENT 41615003 20190121 418141615 3 1 BIB 6 12 41615 3 2 REACTION (6-C-12(N,INL)6-C-12,PAR,DA,G,RSD) 41615 3 3 Anisotropy = Number(Theta)/Number(90deg) 41615 3 4 REL-REF (A,11229001,J.D.Anderson+,J,PR,111,572,1958) Issue 2 41615 3 5 (A,11283001,J.Benveniste+,J,NP,19,448,1960) 41615 3 6 Agree in the frames of uncertainties. 41615 3 7 EN-SEC (E,G) 41615 3 8 ERR-ANALYS (ERR-S) Statistical error 41615 3 9 STATUS (TABLE) Data from the authors 28-01-2019 41615 3 10 Data are on Fig.9 of Physics of Particles and Nuclei 41615 3 11 Letters,13,(4),504,2016 41615 3 12 HISTORY (20190128R) Data ( received from author A.O.Zontikov ) 41615 3 13 were added 41615 3 14 ENDBIB 12 0 41615 3 15 COMMON 2 3 41615 3 16 EN E 41615 3 17 MEV MEV 41615 3 18 14.1 4.43 41615 3 19 ENDCOMMON 3 0 41615 3 20 DATA 3 11 41615 3 21 COS DATA ERR-S 41615 3 22 NO-DIM NO-DIM NO-DIM 41615 3 23 0.966 1.471 0.046 41615 3 24 0.866 1.662 0.051 41615 3 25 0.707 1.693 0.052 41615 3 26 0.500 1.479 0.046 41615 3 27 0.259 1.158 0.038 41615 3 28 0.000 1.007 0.034 41615 3 29 -0.259 1.140 0.037 41615 3 30 -0.500 1.515 0.047 41615 3 31 -0.707 1.761 0.053 41615 3 32 -0.866 1.747 0.053 41615 3 33 -0.966 1.602 0.049 41615 3 34 ENDDATA 13 0 41615 3 35 ENDSUBENT 34 0 41615 399999 SUBENT 41615004 20210608 419541615 4 1 BIB 7 24 41615 4 2 REACTION (6-C-12(N,INL)6-C-12,PAR,DA,G,LEG/RS) 41615 4 3 REL-REF (O,41660001,D.N.Grozdanov+,J,PAN,81,588,2018) 41615 4 4 #doi:10.1134/S106377881805006X 41615 4 5 Engl.translation of: 41615 4 6 (O,41660001,D.N.Grozdanov+,J,YF,81,548,2018) Issue 5. 41615 4 7 #doi:10.1134/S0044002718050069 41615 4 8 ADD-RES .Legendre coefficients were obtained using formula 14.241615 4 9 of ENDF-6 Formats Manual 41615 4 10 https://www.bnl.gov/isd/documents/70393.pdf 41615 4 11 2. - 6.495E-02, 4. - -4.722E-02 (received form author)41615 4 12 CORRECTION2 For self-absorption in sample, 41615 4 13 for angular resolution of exp.setup . 41615 4 14 ERR-ANALYS (ERR-S) Statistical uncertainty 41615 4 15 STATUS (DEP,41615003) Angular anisotropy. 41615 4 16 (TABLE) Table 1 of REL-REF . 41615 4 17 From author 41615 4 18 HISTORY (20190121C) 41615 4 19 (20190128R) Data 2 (received from author A.O.Zontikov) 41615 4 20 were added in free text 41615 4 21 (20210608A) SF8:LEG/RSD -> RSD. 41615 4 22 "EN-SEC (G)" was deleted. 41615 4 23 Formula used to derive Legendre coefficients 41615 4 24 W(THETA)=1+a2*P2(cos(Theta))+ a4*P4(cos(THETA)) 41615 4 25 was deleted according to comment of N.Otsuka (NDS,IAEA)41615 4 26 ENDBIB 24 0 41615 4 27 COMMON 2 3 41615 4 28 EN E 41615 4 29 MEV MEV 41615 4 30 14.1 4.43 41615 4 31 ENDCOMMON 3 0 41615 4 32 DATA 3 2 41615 4 33 NUMBER DATA ERR-S 41615 4 34 NO-DIM NO-DIM NO-DIM 41615 4 35 2. 0.34 0.03 41615 4 36 4. -0.33 0.03 41615 4 37 ENDDATA 4 0 41615 4 38 ENDSUBENT 37 0 41615 499999 ENDENTRY 4 0 4161599999999