ENTRY M0698 20220213 M118M069800000001 SUBENT M0698001 20220213 M118M069800100001 BIB 13 27 M069800100002 TITLE Partial Photonuclear Chanels and the Giant Dipole M069800100003 Resonance in 35,37Cl Nuclei. M069800100004 AUTHOR (B.S.Ishkhanov,I.M.Kapitonov,I.A.Tutyn) M069800100005 REFERENCE (J,YF,60,389,1997) M069800100006 (J,PAN,60,319,1997) M069800100007 English translation of YF,60,389,1997. M069800100008 INSTITUTE (4RUSMOS) M069800100009 FACILITY (BETAT,4RUSMOS) 35 MeV Moscow State University M069800100010 betatron. M069800100011 SAMPLE A LiCl samples of mass 380 g with natural isotopic M069800100012 composition (77.8 % 35Cl and 24.2 % 37Cl). M069800100013 INC-SOURCE (BRST) M069800100014 METHOD (EXTB,SITA) M069800100015 DETECTOR (GELI) 100 cm**3. M069800100016 ERR-ANALYS No information. M069800100017 COMMENT New information about the mechanism that is M069800100018 responsible for the formation and decay of giant M069800100019 dipole resonances (GDR) in clorine isotopes was M069800100020 obtained from experimental data on 35 photoneucleon M069800100021 partial channels of (g,n-i) and (g,p-i) reactions M069800100022 (the subscript i numbers the levels of product M069800100023 nuclei). M069800100024 STATUS (APRVD) By I.M.Kapitonov. M069800100025 HISTORY (20061107C) M069800100026 (20220213A) Corrected by V.Varlamov: AUTHOR lowercase, M069800100027 FACILITY, ANALYSIS, REFERENCE, REACTION, DATA, M069800100028 EN-SEC, PART-DET, STATUS. M069800100029 ENDBIB 27 0 M069800100030 COMMON 2 3 M069800100031 ANG EN-MAX M069800100032 ADEG MEV M069800100033 140. 32. M069800100034 ENDCOMMON 3 0 M069800100035 ENDSUBENT 34 0 M069800199999 SUBENT M0698002 20220213 M118M069800200001 BIB 6 17 M069800200002 REACTION (17-CL-35(G,P)16-S-34,PAR,INT,,BRA,DERIV) M069800200003 PART-DET (G) M069800200004 ANALYSIS Determined by gamma detection at 140 deg assuming M069800200005 isotropic gamma emission. M069800200006 LEVEL-PROP (16-S-34,E-LVL=2.13,SPIN=2.0,PARITY=+1.) M069800200007 (16-S-34,E-LVL=3.30,SPIN=2.0,PARITY=+1.) M069800200008 (16-S-34,E-LVL=3.92,SPIN=0.0,PARITY=+1.) M069800200009 (16-S-34,E-LVL=4.07,SPIN=1.0,PARITY=+1.) M069800200010 (16-S-34,E-LVL=4.11,SPIN=2.0,PARITY=+1.) M069800200011 (16-S-34,E-LVL=4.62,SPIN=3.0,PARITY=-1.) M069800200012 (16-S-34,E-LVL=4.69,SPIN=4.0,PARITY=+1.) M069800200013 (16-S-34,E-LVL=4.88,SPIN=3.0,PARITY=+1.) M069800200014 (16-S-34,E-LVL=5.76,SPIN=1.0,PARITY=-1.) M069800200015 STATUS (TABLE) Data presented in Table 1 of M069800200016 Phys.At.Nucl.60(1997)319. M069800200017 HISTORY (20220213A) Corrected by V.Varlamov: REACTION, EN-SEC, M069800200018 PART-DET, ANALYSIS, STATUS, DATA substituted. M069800200019 ENDBIB 17 0 M069800200020 NOCOMMON 0 0 M069800200021 DATA 4 8 M069800200022 E-LVL DATA DATA-MIN DATA-MAX M069800200023 MEV MB*MEV MB*MEV MB*MEV M069800200024 2.13 27.7 85.5 M069800200025 3.3 76. M069800200026 3.92 11.7 15.3 M069800200027 4.07 13.8 M069800200028 4.62 15.5 M069800200029 4.69 23.1 M069800200030 4.88 29.2 M069800200031 5.76 3.4 3.7 M069800200032 ENDDATA 10 0 M069800200033 ENDSUBENT 32 0 M069800299999 SUBENT M0698003 20220213 M118M069800300001 BIB 6 22 M069800300002 REACTION (17-CL-35(G,N)17-CL-34,PAR,INT,,BRA,DERIV) M069800300003 PART-DET (G) M069800300004 ANALYSIS Determined by gamma detection at 140 deg assuming M069800300005 isotropic gamma emission. M069800300006 LEVEL-PROP (17-CL-34,E-LVL=0.67,SPIN=1.0,PARITY=+1.) M069800300007 (17-CL-34,E-LVL=1.23,SPIN=2.0,PARITY=+1.) M069800300008 (17-CL-34,E-LVL=1.89,SPIN=2.0,PARITY=+1.) M069800300009 (17-CL-34,E-LVL=2.16,SPIN=2.0/1.0,PARITY=+1.) M069800300010 (17-CL-34,E-LVL=2.38,SPIN=4.0,PARITY=+1.) M069800300011 (17-CL-34,E-LVL=2.61,SPIN=3.0,PARITY=+1.) M069800300012 (17-CL-34,E-LVL=3.13,SPIN=1.0,PARITY=+1.) M069800300013 (17-CL-34,E-LVL=3.33,SPIN=3.0,PARITY=+1.) M069800300014 (17-CL-34,E-LVL=3.38,SPIN=2.0/1.0,PARITY=+1.) M069800300015 (17-CL-34,E-LVL=3.63,SPIN=5.0,PARITY=-1.) M069800300016 (17-CL-34,E-LVL=3.96,SPIN=2.0/3.0,PARITY=+1.) M069800300017 (17-CL-34,E-LVL=4.45,SPIN=4.0,PARITY=-1.) M069800300018 (17-CL-34,E-LVL=4.606) M069800300019 (17-CL-34,E-LVL=4.99,SPIN=1.0/2.0,PARITY=+1.) M069800300020 STATUS (TABLE) Data presented in Table 2 of M069800300021 Phys.At.Nucl.60(1997)319. M069800300022 HISTORY (20220213A) Corrected by V.Varlamov: REACTION, EN-SEC, M069800300023 PART-DET, ANALYSIS, STATUS, DATA substituted. M069800300024 ENDBIB 22 0 M069800300025 NOCOMMON 0 0 M069800300026 DATA 4 17 M069800300027 E-LVL DATA DATA-MIN DATA-MAX M069800300028 MEV MB*MEV MB*MEV MB*MEV M069800300029 .67 3.0 13.4 M069800300030 1.23 9. M069800300031 1.89 12.1 M069800300032 1.89 12.1 M069800300033 2.16 3.6 19.5 M069800300034 2.38 14.6 M069800300035 2.61 2.3 M069800300036 3.13 2. M069800300037 3.33 34.7 M069800300038 3.38 5. M069800300039 3.63 21.6 M069800300040 3.63 21.6 M069800300041 3.96 4. M069800300042 3.98 2. M069800300043 4.45 3.6 M069800300044 4.606 17.8 M069800300045 4.99 2. M069800300046 ENDDATA 19 0 M069800300047 ENDSUBENT 46 0 M069800399999 SUBENT M0698004 20220213 M118M069800400001 BIB 6 11 M069800400002 REACTION (17-CL-37(G,P)16-S-36,PAR,INT,,BRA,DERIV) M069800400003 PART-DET (G) M069800400004 ANALYSIS Determined by gamma detection at 140 deg assuming M069800400005 isotropic gamma emission. M069800400006 LEVEL-PROP (16-S-36,E-LVL=3.29,SPIN=2.0,PARITY=+1.) M069800400007 (16-S-36,E-LVL=4.52,SPIN=1.0,PARITY=+1.) M069800400008 (16-S-36,E-LVL=6.51,SPIN=4.0,PARITY=+1.) M069800400009 STATUS (TABLE) Data presented in Table 3 of M069800400010 Phys.At.Nucl.60(1997)319. M069800400011 HISTORY (20220213A) Corrected by V.Varlamov: REACTION, EN-SEC, M069800400012 PART-DET, ANALYSIS, STATUS, DATA substituted. M069800400013 ENDBIB 11 0 M069800400014 NOCOMMON 0 0 M069800400015 DATA 4 3 M069800400016 E-LVL DATA DATA-MIN DATA-MAX M069800400017 MEV MB*MEV MB*MEV MB*MEV M069800400018 3.29 51.0 86.4 M069800400019 4.52 16.8 M069800400020 6.51 28.2 M069800400021 ENDDATA 5 0 M069800400022 ENDSUBENT 21 0 M069800499999 SUBENT M0698005 20220213 M118M069800500001 BIB 6 17 M069800500002 REACTION (17-CL-37(G,N)17-CL-36,PAR,INT,,BRA,DERIV) M069800500003 PART-DET (G) M069800500004 ANALYSIS Determined by gamma detection at 140 deg assuming M069800500005 isotropic gamma emission. M069800500006 LEVEL-PROP (17-CL-36,E-LVL=0.79,SPIN=3.0,PARITY=+1.) M069800500007 (17-CL-36,E-LVL=1.16,SPIN=1.0,PARITY=+1.) M069800500008 (17-CL-36,E-LVL=1.96,SPIN=2.0,PARITY=+1.) M069800500009 (17-CL-36,E-LVL=2.49,SPIN=2.0,PARITY=+1.) M069800500010 (17-CL-36,E-LVL=2.68,SPIN=1.0,PARITY=+1.) M069800500011 (17-CL-36,E-LVL=2.86,SPIN=3.0,PARITY=+1.) M069800500012 (17-CL-36,E-LVL=2.9,SPIN=3.0,PARITY=-1.) M069800500013 (17-CL-36,E-LVL=2.99,SPIN=1.0/2.0,PARITY=-1.) M069800500014 (17-CL-36,E-LVL=3.63,SPIN=1.0,PARITY=-1.) M069800500015 STATUS (TABLE) Data presented in Table 4 of M069800500016 Phys.At.Nucl.60(1997)319. M069800500017 HISTORY (20220213A) Corrected by V.Varlamov: REACTION, EN-SEC, M069800500018 PART-DET, ANALYSIS, STATUS, DATA substituted. M069800500019 ENDBIB 17 0 M069800500020 NOCOMMON 0 0 M069800500021 DATA 3 9 M069800500022 E-LVL DATA DATA-MAX M069800500023 MEV MB*MEV MB*MEV M069800500024 .79 16.2 23.4 M069800500025 1.16 73.6 M069800500026 1.96 79.2 M069800500027 2.49 40.8 M069800500028 2.68 32.4 M069800500029 2.86 16.2 33.6 M069800500030 2.9 39.6 M069800500031 2.99 82.2 M069800500032 3.63 13.2 M069800500033 ENDDATA 11 0 M069800500034 ENDSUBENT 33 0 M069800599999 ENDENTRY 5 0 M069899999999