ENTRY K2185 20121027 K012K218500000001 SUBENT K2185001 20121027 K012K218500100001 BIB 13 23 K218500100002 TITLE Structure of giant resonance in 27Al(g,n) reaction K218500100003 AUTHOR (N.Mutsuro, K.Kageyama, M.Mishina, T.Nakagawa, K218500100004 E.Tanaka, M.Kimura) K218500100005 INSTITUTE (2JPNTOH) Department of Physics K218500100006 REFERENCE (J,JPJ,17,(10),1672,196210) K218500100007 PART-DET (N,G) K218500100008 INC-SOURCE (BRST) K218500100009 INC-SPECT EN: Measurements were performed in 0.25 or 0.1 MeV K218500100010 step. K218500100011 SAMPLE - Target is natural. K218500100012 - Chemical-form of target is element. K218500100013 - Physical-form of target is solid. K218500100014 FACILITY (BETAT,2JPNTOH) K218500100015 ANALYSIS (PLA) Neutron yield points at each gamma-ray maximum K218500100016 energies were analyzed in 0.5 MeV step. K218500100017 DETECTOR (IOCH) The radiation dose was measured with Al thin K218500100018 wall chamber calibrated by the N.B.S. P-2 dural K218500100019 chamber. K218500100020 (BF3) BF3 counters in a paraffin house were used to K218500100021 measure neutrons. K218500100022 REL-REF (M,K2189001,N.Mutsuro+,J,JPJ,18,(5),599,196305) K218500100023 HISTORY (20100809C) Ayano Makinaga K218500100024 (20120706A) Updated numerical data (Ayano Makinaga) K218500100025 ENDBIB 23 0 K218500100026 NOCOMMON 0 0 K218500100027 ENDSUBENT 26 0 K218500199999 SUBENT K2185002 20121027 K012K218500200001 BIB 2 5 K218500200002 REACTION 1(13-AL-27(G,N)13-AL-26,,SIG,,BRS) K218500200003 No smoothing of any kind was used. K218500200004 2(13-AL-27(G,N)13-AL-26,,SIG,,BRS) K218500200005 Running integral smoothing method was used. K218500200006 STATUS (CURVE) Fig.1 of JPJ,vol.17,p1672,1962 K218500200007 ENDBIB 5 0 K218500200008 NOCOMMON 0 0 K218500200009 DATA 3 45 K218500200010 EN DATA 1DATA 2 K218500200011 MEV MB MB K218500200012 13.2 0.2 K218500200013 13.4 0.6 K218500200014 13.7 1.1 K218500200015 14.0 0.9 K218500200016 14.2 1.1 K218500200017 14.5 2.8 K218500200018 14.7 3.7 K218500200019 15.0 3.4 K218500200020 15.2 3.5 K218500200021 15.4 4.6 K218500200022 15.7 6.9 K218500200023 15.9 4.7 K218500200024 16.2 4.1 K218500200025 16.5 8.2 K218500200026 16.7 10.0 K218500200027 16.9 11.4 K218500200028 17.2 12.2 K218500200029 17.5 6.9 K218500200030 17.8 5.4 K218500200031 18.0 15.1 K218500200032 18.2 18.6 K218500200033 18.4 14.6 K218500200034 18.7 14.9 K218500200035 19.0 16.6 K218500200036 19.2 16.6 K218500200037 19.5 8.5 K218500200038 19.8 5.8 K218500200039 20.0 17.9 K218500200040 20.2 19.7 K218500200041 20.5 9.9 K218500200042 20.7 18.5 K218500200043 20.9 26.8 21.2 K218500200044 21.2 12.9 K218500200045 21.3 9.5 K218500200046 21.6 6.4 K218500200047 21.8 9.5 K218500200048 21.9 22.4 K218500200049 22.1 24.8 K218500200050 22.4 23.9 K218500200051 22.7 19.5 K218500200052 23.0 12.1 K218500200053 23.2 12.1 K218500200054 23.5 11.5 K218500200055 23.7 9.1 K218500200056 24.1 6.0 K218500200057 ENDDATA 47 0 K218500200058 ENDSUBENT 57 0 K218500299999 SUBENT K2185003 20121027 K012K218500300001 BIB 2 2 K218500300002 REACTION (13-AL-27(G,N)13-AL-26,,INT,,BRS) K218500300003 STATUS (TABLE) JPJ,vol.17,p1672,1962 K218500300004 ENDBIB 2 0 K218500300005 NOCOMMON 0 0 K218500300006 DATA 3 1 K218500300007 EN-MIN EN-MAX DATA K218500300008 MEV MEV MB*MEV K218500300009 0. 24. 115. K218500300010 ENDDATA 3 0 K218500300011 ENDSUBENT 10 0 K218500399999 ENDENTRY 3 0 K218599999999