ENTRY 32232 20131112 31623223200000001 SUBENT 32232001 20131112 31623223200100001 BIB 11 40 3223200100002 TITLE Differential cross sections of gamma-ray emission in 3223200100003 the interactions of fast neutrons with cadmium 3223200100004 AUTHOR (B.M.Bondar,V.M.Bondar, I.M.Kadenko, B.Yu.Leshchenko, 3223200100005 Yu.M.Onishchuk, V.A.Plujko) 3223200100006 INSTITUTE (4UKRKGU) 3223200100007 REFERENCE (J,YFE,12,(2),129,2011) 3223200100008 (S,ISINN-19,145,2012) 3223200100009 (C,2012KYIV,,270,2013) 3223200100010 FACILITY (CCW,4UKRKGU)Reaction T(d,n)4He in Ti-T target was used3223200100011 as neutron source. Deuterons were accelerated by 3223200100012 low-voltage accelerator with klystron bunching of 3223200100013 deuteron beam and finally Ed was 130 keV which 3223200100014 corresponds to the angle 90 degrees relative to the 3223200100015 deuteron beam line.Pulse generation frequency was equal3223200100016 to 7.25 MHz, average neutron intensity 10E7/s in 4PI. 3223200100017 SAMPLE Ring sample of natural cadmium with big radius 16.5 cm,3223200100018 thickness 2 cm, mass 6050 g. 3223200100019 DETECTOR (NAICR)15x10 cm NaI(Tl) detector. Flight path between 3223200100020 the neutron source and detector was equal to 172 cm 3223200100021 which provides reliable separation of prompt gamma-rays3223200100022 from neutron and gamma-ray background. Geiger counters 3223200100023 applied in anti-coincidence with spectrometer signals 3223200100024 were used in order to reduce influence of cosmic rays. 3223200100025 ANALYSIS Differential cross sections of gamma-rays were 3223200100026 unfolded from amplitude spectra by using regularization3223200100027 procedure on the compact set of limited variations. 3223200100028 Theoretical calculations have been performed using the 3223200100029 Hauser-Feshbach statistical model. Sensitivity of the 3223200100030 calculations to characteristics of excited nuclei were 3223200100031 analyzed. 3223200100032 ERR-ANALYS (ERR-T) Total errors given. The contribution of errors 3223200100033 are estimated as 3223200100034 (ERR-S,10.,15.) - statistical error - 10-15% 3223200100035 and systematic errors (ERR-1 and ERR-2) 3223200100036 (ERR-1) neutron flux error-2%, 3223200100037 (ERR-2) gamma absorption error-2%. 3223200100038 STATUS (TABLE) Data were received from V.Bondar 3223200100039 HISTORY (20111025C) UKRNDC 3223200100040 (20121025U) OG: REFERENCE: S,ISINN-19,145,2012 added 3223200100041 (20131112U)OG. REFERENCE: C,2012KYIV,,270,2013 added 3223200100042 ENDBIB 40 0 3223200100043 COMMON 3 3 3223200100044 EN ERR-1 ERR-2 3223200100045 MEV PER-CENT PER-CENT 3223200100046 14.1 2. 2. 3223200100047 ENDCOMMON 3 0 3223200100048 ENDSUBENT 47 0 3223200199999 SUBENT 32232002 20111025 31533223200200001 BIB 2 2 3223200200002 REACTION (48-CD-0(N,X)0-G-0,,DE) 3223200200003 STATUS (TABLE) Correspond to figure 3. 3223200200004 ENDBIB 2 0 3223200200005 NOCOMMON 0 0 3223200200006 DATA 3 60 3223200200007 E DATA ERR-T 3223200200008 MEV MB/MEV MB/MEV 3223200200009 2.188708 815.9316 122.3897 3223200200010 2.510036 578.4531 86.7680 3223200200011 2.830715 365.7962 54.8694 3223200200012 3.087296 255.1836 38.2775 3223200200013 3.365706 186.9440 28.0416 3223200200014 3.708955 141.4695 21.2204 3223200200015 4.009379 112.4476 16.8671 3223200200016 4.331631 93.8606 14.0791 3223200200017 4.653884 78.3459 11.7519 3223200200018 4.911945 70.9741 10.6461 3223200200019 5.212923 52.2213 9.3332 3223200200020 5.556172 46.0858 9.0629 3223200200021 5.855485 44.7663 9.6149 3223200200022 6.155447 41.5374 8.3806 3223200200023 6.458183 39.9456 8.0418 3223200200024 6.783950 34.8323 8.2748 3223200200025 7.001221 28.0103 8.5515 3223200200026 7.346319 23.8056 8.5708 3223200200027 7.646743 18.5368 8.3596 3223200200028 7.945502 15.1620 8.3221 3223200200029 8.264517 9.2734 5.4511 3223200200030 8.561241 5.4903 2.4275 3223200200031 8.816342 2.9494 0.7669 3223200200032 9.160886 2.8053 0.7294 3223200200033 9.484618 3.0407 0.7906 3223200200034 9.764231 2.7544 0.7161 3223200200035 10.086298 2.2253 0.3338 3223200200036 10.386444 1.6842 0.2526 3223200200037 10.664947 1.2541 0.1881 3223200200038 10.986644 0.9491 0.1424 3223200200039 11.286975 0.8422 0.1113 3223200200040 11.587399 0.7422 0.1113 3223200200041 11.887822 0.7122 0.1113 3223200200042 12.188338 0.7422 0.1113 3223200200043 12.424664 0.7022 0.1113 3223200200044 12.747471 0.7122 0.1113 3223200200045 13.070555 0.7322 0.1113 3223200200046 13.372273 0.7112 0.1113 3223200200047 13.717095 0.7422 0.1113 3223200200048 14.018814 0.7322 0.1113 3223200200049 14.277337 0.7122 0.1113 3223200200050 14.557320 0.7322 0.1113 3223200200051 14.880590 0.7422 0.1113 3223200200052 15.203397 0.7122 0.1113 3223200200053 15.526390 0.7322 0.1113 3223200200054 15.827923 0.7422 0.1113 3223200200055 16.129456 0.7222 0.1113 3223200200056 16.409161 0.7122 0.1113 3223200200057 16.753798 0.7422 0.1113 3223200200058 17.012320 0.7222 0.1113 3223200200059 17.129456 0.7122 0.1113 3223200200060 17.409161 0.7422 0.1113 3223200200061 17.753798 0.7122 0.1113 3223200200062 18.012320 0.7222 0.1113 3223200200063 18.409161 0.7322 0.1113 3223200200064 18.753798 0.7122 0.1113 3223200200065 19.012320 0.7422 0.1113 3223200200066 19.409161 0.7122 0.1113 3223200200067 19.753798 0.7222 0.1113 3223200200068 20.012320 0.7322 0.1113 3223200200069 ENDDATA 62 0 3223200200070 ENDSUBENT 69 0 3223200299999 ENDENTRY 2 0 3223299999999