ENTRY 21840 20151213 22462184000000001 SUBENT 21840001 20151213 22462184000100001 BIB 14 40 2184000100002 INSTITUTE (2JPNNAG) 2184000100003 REFERENCE (J,NST,19,(10),781,198210) 2184000100004 AUTHOR (S.Amemiya,K.Ishibashi,T.Katoh) 2184000100005 TITLE Neutron activation cross section of 2184000100006 molybdenum isotopes at 14.8 MeV. 2184000100007 FACILITY (VDG,2JPNNAG) 2 MeV Van de Graaff. 2184000100008 INC-SOURCE (D-T) Neutron flux was about 10**9 n/cm2/s. 2184000100009 METHOD (ASSOP) Associated particle counting to 2184000100010 monitor neutron flux. 2184000100011 DETECTOR (GELI) Coaxial 55 cm3 Ge(Li) detector, with FWHM 2184000100012 resolution of 2.0 keV at 1332 keV. 2184000100013 (SIBAR) Silicon surface barrier detector about 2184000100014 50 cm from the tritium target at an angle 2184000100015 of 179 degrees to the beam, used to monitor 2184000100016 the neutron flux by counting alpha particles 2184000100017 from the d-t reaction. 2184000100018 MONITOR ((MONIT1)13-AL-27(N,A)11-NA-24,,SIG) 2184000100019 ((MONIT2)13-AL-27(N,P)12-MG-27,,SIG) 2184000100020 MONIT-REF (20799001,J.C.Robertson+,J,JNE,27,531,1973) 2184000100021 CORRECTION .Self absorption of gamma rays in the sample. 2184000100022 ERR-ANALYS (ERR-T) Total error includes: 2184000100023 (ERR-1,,5.) uncertainty in detector efficiencies 2184000100024 (MONIT1-ERR) uncertainty in Al-27(n,alpha) monitor 2184000100025 cross section; 2184000100026 (MONIT2-ERR) uncertainty in Al-27(n,p) monitor 2184000100027 cross section; 2184000100028 * counting statistics; 2184000100029 * The samples were weighed to an accuracy < 0.03% 2184000100030 This error is negligible compared to the others. 2184000100031 The quoted error does not include contributions from 2184000100032 uncertainties in the half lives or the gamma 2184000100033 intensity per disintegration. 2184000100034 STATUS (TABLE) Tbl. 3 from NST,19,781,1982. 2184000100035 HISTORY (19830315C) A.P.T. 2184000100036 (19830615A) BN. PART-DET and SF4 in ASSUMED corrected 2184000100037 in Subent 008. 2184000100038 (19840106U) A.P.T. Japan code changed to JPN 2184000100039 (20151213A) SD:Updated to new date formats,lower case. 2184000100040 DECAY-DATA corrected in Subent 010. BIB update. 2184000100041 SAMPLE, METHOD (ACTIV) were moved to Subents 002-013. 2184000100042 ENDBIB 40 0 2184000100043 COMMON 6 3 2184000100044 EN EN-ERR MONIT1 MONIT1-ERR MONIT2 MONIT2-ERR 2184000100045 MEV MEV MB MB MB MB 2184000100046 1.4800E+01 3.0000E-01 1.1550E+02 3.0000E+00 6.8000E+01 2.3000E+002184000100047 ENDCOMMON 3 0 2184000100048 ENDSUBENT 47 0 2184000199999 SUBENT 21840002 20151213 22462184000200001 BIB 5 18 2184000200002 REACTION 1(42-MO-92(N,2N)42-MO-91-G,,SIG) 2184000200003 2(42-MO-92(N,2N)42-MO-91-M,,SIG) 2184000200004 SAMPLE (42-MO-92,NAT=0.148) 1.0 g of natural Mo. 2184000200005 Sample was packed in a thin polythene bag and 2184000200006 surrounded by a 99.99% pure Al monitor foil, and 2184000200007 then packed in A polythene vial. 2184000200008 The isotopic composition in Mo was - Mo-92 (14.8%), 2184000200009 Mo-94 (9.3%), Mo-95 (15.9%), Mo-96 (16.7%), 2184000200010 Mo-97 (9.6%), Mo-98 (24.1%), Mo-100 (9.6%) 2184000200011 METHOD (ACTIV) Single activation; 2184000200012 two time sequences of sample irradiation were used: 2184000200013 Sequence Irradiation Cooling Gamma-ray measurem. 2184000200014 1 10.min 10.min 10.min 2184000200015 2 2.hr 2.hr 1.hr 2184000200016 DECAY-DATA1(42-MO-91-G,15.49MIN,DG,511.,1.87) 2184000200017 2(42-MO-91-M,65.1SEC,DG,652.9,0.481) 2184000200018 HISTORY (20151213U) SD: METHOD, SAMPLE added from Subent 001. 2184000200019 BIB update. 2184000200020 ENDBIB 18 0 2184000200021 NOCOMMON 0 0 2184000200022 DATA 4 1 2184000200023 DATA 1ERR-T 1DATA 2ERR-T 2 2184000200024 MB MB MB MB 2184000200025 1.5500E+02 2.0000E+01 2.0400E+01 2.8000E+00 2184000200026 ENDDATA 3 0 2184000200027 ENDSUBENT 26 0 2184000299999 SUBENT 21840003 20151213 22462184000300001 BIB 5 16 2184000300002 REACTION (42-MO-92(N,P)41-NB-92-M,,SIG) 2184000300003 SAMPLE (42-MO-92,NAT=0.148) 1.0 g of natural Mo. 2184000300004 Sample was packed in a thin polythene bag and 2184000300005 surrounded by a 99.99% pure Al monitor foil, and 2184000300006 then packed in A polythene vial. 2184000300007 The isotopic composition in Mo was - Mo-92 (14.8%), 2184000300008 Mo-94 (9.3%), Mo-95 (15.9%), Mo-96 (16.7%), 2184000300009 Mo-97 (9.6%), Mo-98 (24.1%), Mo-100 (9.6%) 2184000300010 METHOD (ACTIV) Single activation; 2184000300011 two time sequences of sample irradiation were used: 2184000300012 Sequence Irradiation Cooling Gamma-ray measurem. 2184000300013 1 10.min 10.min 10.min 2184000300014 2 2.hr 2.hr 1.hr 2184000300015 DECAY-DATA (41-NB-92-M,10.15D,DG,934.,0.992) 2184000300016 HISTORY (20151213U) SD: METHOD, SAMPLE added from Subent 001. 2184000300017 BIB update. 2184000300018 ENDBIB 16 0 2184000300019 NOCOMMON 0 0 2184000300020 DATA 2 1 2184000300021 DATA ERR-T 2184000300022 MB MB 2184000300023 5.6500E+01 4.8000E+00 2184000300024 ENDDATA 3 0 2184000300025 ENDSUBENT 24 0 2184000399999 SUBENT 21840004 20151213 22462184000400001 BIB 5 18 2184000400002 REACTION 1(42-MO-92(N,A)40-ZR-89-G,,SIG) 2184000400003 2(42-MO-92(N,A)40-ZR-89-M,,SIG) 2184000400004 SAMPLE (42-MO-92,NAT=0.148) 1.0 g of natural Mo. 2184000400005 Sample was packed in a thin polythene bag and 2184000400006 surrounded by a 99.99% pure Al monitor foil, and 2184000400007 then packed in A polythene vial. 2184000400008 The isotopic composition in Mo was - Mo-92 (14.8%), 2184000400009 Mo-94 (9.3%), Mo-95 (15.9%), Mo-96 (16.7%), 2184000400010 Mo-97 (9.6%), Mo-98 (24.1%), Mo-100 (9.6%) 2184000400011 METHOD (ACTIV) Single activation; 2184000400012 two time sequences of sample irradiation were used: 2184000400013 Sequence Irradiation Cooling Gamma-ray measurem. 2184000400014 1 10.min 10.min 10.min 2184000400015 2 2.hr 2.hr 1.hr 2184000400016 DECAY-DATA1(40-ZR-89-G,78.4HR,DG,909.,0.9901) 2184000400017 2(40-ZR-89-M,4.18MIN,DG,588.,0.895) 2184000400018 HISTORY (20151213U) SD: METHOD, SAMPLE added from Subent 001. 2184000400019 BIB update. 2184000400020 ENDBIB 18 0 2184000400021 NOCOMMON 0 0 2184000400022 DATA 4 1 2184000400023 DATA 1ERR-T 1DATA 2ERR-T 2 2184000400024 MB MB MB MB 2184000400025 2.2500E+01 2.1000E+00 7.0000E+00 9.0000E-01 2184000400026 ENDDATA 3 0 2184000400027 ENDSUBENT 26 0 2184000499999 SUBENT 21840005 20151213 22462184000500001 BIB 5 16 2184000500002 REACTION (42-MO-94(N,2N)42-MO-93-M,,SIG) 2184000500003 SAMPLE (42-MO-94,NAT=0.093) 1.0 g of natural Mo. 2184000500004 Sample was packed in a thin polythene bag and 2184000500005 surrounded by a 99.99% pure Al monitor foil, and 2184000500006 then packed in A polythene vial. 2184000500007 The isotopic composition in Mo was - Mo-92 (14.8%), 2184000500008 Mo-94 (9.3%), Mo-95 (15.9%), Mo-96 (16.7%), 2184000500009 Mo-97 (9.6%), Mo-98 (24.1%), Mo-100 (9.6%) 2184000500010 METHOD (ACTIV) Single activation; 2184000500011 two time sequences of sample irradiation were used: 2184000500012 Sequence Irradiation Cooling Gamma-ray measurem. 2184000500013 1 10.min 10.min 10.min 2184000500014 2 2.hr 2.hr 1.hr 2184000500015 DECAY-DATA (42-MO-93-M,6.9HR,DG,685.,0.9968) 2184000500016 HISTORY (20151213U) SD: METHOD, SAMPLE added from Subent 001. 2184000500017 BIB update. 2184000500018 ENDBIB 16 0 2184000500019 NOCOMMON 0 0 2184000500020 DATA 2 1 2184000500021 DATA ERR-T 2184000500022 MB MB 2184000500023 4.7000E+00 9.0000E-01 2184000500024 ENDDATA 3 0 2184000500025 ENDSUBENT 24 0 2184000599999 SUBENT 21840006 20151213 22462184000600001 BIB 5 16 2184000600002 REACTION (42-MO-95(N,P)41-NB-95-G,(M),SIG) 2184000600003 SAMPLE (42-MO-95,NAT=0.159) 1.0 g of natural Mo. 2184000600004 Sample was packed in a thin polythene bag and 2184000600005 surrounded by a 99.99% pure Al monitor foil, and 2184000600006 then packed in A polythene vial. 2184000600007 The isotopic composition in Mo was - Mo-92 (14.8%), 2184000600008 Mo-94 (9.3%), Mo-95 (15.9%), Mo-96 (16.7%), 2184000600009 Mo-97 (9.6%), Mo-98 (24.1%), Mo-100 (9.6%) 2184000600010 METHOD (ACTIV) Single activation; 2184000600011 two time sequences of sample irradiation were used: 2184000600012 Sequence Irradiation Cooling Gamma-ray measurem. 2184000600013 1 10.min 10.min 10.min 2184000600014 2 2.hr 2.hr 1.hr 2184000600015 DECAY-DATA (41-NB-95-G,35.0D,DG,765.,0.998) 2184000600016 HISTORY (20151213A) SD: SF5=(M) added. BIB update. 2184000600017 METHOD, SAMPLE added from Subent 001. 2184000600018 ENDBIB 16 0 2184000600019 NOCOMMON 0 0 2184000600020 DATA 2 1 2184000600021 DATA ERR-T 2184000600022 MB MB 2184000600023 4.1100E+01 3.6000E+00 2184000600024 ENDDATA 3 0 2184000600025 ENDSUBENT 24 0 2184000699999 SUBENT 21840007 20151213 22462184000700001 BIB 5 16 2184000700002 REACTION (42-MO-96(N,P)41-NB-96,,SIG) 2184000700003 SAMPLE (42-MO-96,NAT=0.167) 1.0 g of natural Mo. 2184000700004 Sample was packed in a thin polythene bag and 2184000700005 surrounded by a 99.99% pure Al monitor foil, and 2184000700006 then packed in A polythene vial. 2184000700007 The isotopic composition in Mo was - Mo-92 (14.8%), 2184000700008 Mo-94 (9.3%), Mo-95 (15.9%), Mo-96 (16.7%), 2184000700009 Mo-97 (9.6%), Mo-98 (24.1%), Mo-100 (9.6%) 2184000700010 METHOD (ACTIV) Single activation; 2184000700011 two time sequences of sample irradiation were used: 2184000700012 Sequence Irradiation Cooling Gamma-ray measurem. 2184000700013 1 10.min 10.min 10.min 2184000700014 2 2.hr 2.hr 1.hr 2184000700015 DECAY-DATA (41-NB-96,23.4HR,DG,569.,0.557,DG,778.,0.968) 2184000700016 HISTORY (20151213U) SD: METHOD, SAMPLE added from Subent 001. 2184000700017 BIB update. 2184000700018 ENDBIB 16 0 2184000700019 NOCOMMON 0 0 2184000700020 DATA 2 1 2184000700021 DATA ERR-T 2184000700022 MB MB 2184000700023 2.0800E+01 2.1000E+00 2184000700024 ENDDATA 3 0 2184000700025 ENDSUBENT 24 0 2184000799999 SUBENT 21840008 20151213 22462184000800001 BIB 8 27 2184000800002 REACTION 1(42-MO-97(N,P)41-NB-97-G,,SIG) 2184000800003 2(42-MO-97(N,P)41-NB-97-M,,SIG) 2184000800004 SAMPLE (42-MO-97,NAT=0.096) 1.0 g of natural Mo. 2184000800005 Sample was packed in a thin polythene bag and 2184000800006 surrounded by a 99.99% pure Al monitor foil, and 2184000800007 then packed in A polythene vial. 2184000800008 The isotopic composition in Mo was - Mo-92 (14.8%), 2184000800009 Mo-94 (9.3%), Mo-95 (15.9%), Mo-96 (16.7%), 2184000800010 Mo-97 (9.6%), Mo-98 (24.1%), Mo-100 (9.6%) 2184000800011 METHOD (ACTIV) Single activation; 2184000800012 two time sequences of sample irradiation were used: 2184000800013 Sequence Irradiation Cooling Gamma-ray measurem. 2184000800014 1 10.min 10.min 10.min 2184000800015 2 2.hr 2.hr 1.hr 2184000800016 ANALYSIS The analysis took into account the production 2184000800017 of Nb-97-g and Nb-97-m from the Mo-98(n,Np) 2184000800018 reaction, and also the isomeric transition 2184000800019 from Nb-97-m to Nb-97-g. 2184000800020 DECAY-DATA1(41-NB-97-G,72.1MIN,DG,657.9,0.982) 2184000800021 2(41-NB-97-M,60.SEC,DG,743.4,0.979) 2184000800022 ASSUMED (ASSUM1,42-MO-98(N,X)41-NB-97-G,,SIG) 2184000800023 (ASSUM2,42-MO-98(N,X)41-NB-97-M,,SIG) 2184000800024 Data taken from this work, Subent 009. 2184000800025 STATUS (DEP,21840009) Table 3. 2184000800026 HISTORY (19830615A) BN. SF4 in ASSUM2 corrected. 2184000800027 (20151213U) SD: METHOD, SAMPLE added from Subent 001. 2184000800028 BIB update. 2184000800029 ENDBIB 27 0 2184000800030 NOCOMMON 0 0 2184000800031 DATA 8 1 2184000800032 DATA 1ERR-T 1DATA 2ERR-T 2ASSUM1 ASSUM1-ERR 2184000800033 ASSUM2 ASSUM2-ERR 2184000800034 MB MB MB MB MB MB 2184000800035 MB MB 2184000800036 1.1500E+01 2.4000E+00 4.3000E+00 1.0000E+00 1.5000E+00 3.0000E-012184000800037 8.4000E-01 2.0000E-01 2184000800038 ENDDATA 6 0 2184000800039 ENDSUBENT 38 0 2184000899999 SUBENT 21840009 20151213 22462184000900001 BIB 6 20 2184000900002 REACTION 1(42-MO-98(N,X)41-NB-97-G,,SIG) 2184000900003 2(42-MO-98(N,X)41-NB-97-M,,SIG) 2184000900004 SAMPLE (42-MO-98,ENR=0.983) 300 milli-g of enriched Mo-98. 2184000900005 Sample was packed in a thin polythene bag and 2184000900006 surrounded by a 99.99% pure Al monitor foil, and 2184000900007 then packed in A polythene vial. 2184000900008 The isotopic composition in Mo was - Mo-92 (0.14%), 2184000900009 Mo-94 (0.1%), Mo-95 (0.22%), Mo-96 (0.34 %), 2184000900010 Mo-97 (0.58%), Mo-98 (98.3%), Mo-100 (0.31%) 2184000900011 METHOD (ACTIV) One single activation and one cyclic activ.; 2184000900012 two time sequences of sample irradiation were used: 2184000900013 Sequence Irradiation Cooling Gamma-ray measurem. 2184000900014 1 60.sec 2.sec 60.sec (cyclic) 2184000900015 2 1.hr 1.hr 1.hr (single) 2184000900016 ANALYSIS .The analysis took into account the isomeric 2184000900017 transition between Nb-97-m and Nb-97-g. 2184000900018 DECAY-DATA1(41-NB-97-G,72.1MIN,DG,657.9,0.982) 2184000900019 2(41-NB-97-M,60.SEC,DG,743.4,0.979) 2184000900020 HISTORY (20151213A) SD: SF3=N+P -> X in REACTION code. 2184000900021 METHOD, SAMPLE added from Subent 001. BIB update. 2184000900022 ENDBIB 20 0 2184000900023 NOCOMMON 0 0 2184000900024 DATA 4 1 2184000900025 DATA 1ERR-T 1DATA 2ERR-T 2 2184000900026 MB MB MB MB 2184000900027 1.5000E+00 3.0000E-01 8.4000E-01 2.0000E-01 2184000900028 ENDDATA 3 0 2184000900029 ENDSUBENT 28 0 2184000999999 SUBENT 21840010 20151213 22462184001000001 BIB 5 16 2184001000002 REACTION (42-MO-98(N,P)41-NB-98-M,,SIG) 2184001000003 SAMPLE (42-MO-98,NAT=0.241) 1.0 g of natural Mo. 2184001000004 Sample was packed in a thin polythene bag and 2184001000005 surrounded by a 99.99% pure Al monitor foil, and 2184001000006 then packed in A polythene vial. 2184001000007 The isotopic composition in Mo was - Mo-92 (14.8%), 2184001000008 Mo-94 (9.3%), Mo-95 (15.9%), Mo-96 (16.7%), 2184001000009 Mo-97 (9.6%), Mo-98 (24.1%), Mo-100 (9.6%) 2184001000010 METHOD (ACTIV) Single activation; 2184001000011 two time sequences of sample irradiation were used: 2184001000012 Sequence Irradiation Cooling Gamma-ray measurem. 2184001000013 1 10.min 10.min 10.min 2184001000014 2 2.hr 2.hr 1.hr 2184001000015 DECAY-DATA (41-NB-98-M,51.5MIN,DG,722.3,0.736,DG,787.7,0.932) 2184001000016 HISTORY (20151213A) SD: Nb-98 -> Nb-98m in DECAY-DATA. 2184001000017 METHOD, SAMPLE added from Subent 001. BIB update. 2184001000018 ENDBIB 16 0 2184001000019 NOCOMMON 0 0 2184001000020 DATA 2 1 2184001000021 DATA ERR-T 2184001000022 MB MB 2184001000023 5.2000E+00 6.0000E-01 2184001000024 ENDDATA 3 0 2184001000025 ENDSUBENT 24 0 2184001099999 SUBENT 21840011 20151213 22462184001100001 BIB 5 16 2184001100002 REACTION (42-MO-98(N,A)40-ZR-95,,SIG) 2184001100003 SAMPLE (42-MO-92,NAT=0.241) 1.0 g of natural Mo. 2184001100004 Sample was packed in a thin polythene bag and 2184001100005 surrounded by a 99.99% pure Al monitor foil, and 2184001100006 then packed in A polythene vial. 2184001100007 The isotopic composition in Mo was - Mo-92 (14.8%), 2184001100008 Mo-94 (9.3%), Mo-95 (15.9%), Mo-96 (16.7%), 2184001100009 Mo-97 (9.6%), Mo-98 (24.1%), Mo-100 (9.6%) 2184001100010 METHOD (ACTIV) Single activation; 2184001100011 two time sequences of sample irradiation were used: 2184001100012 Sequence Irradiation Cooling Gamma-ray measurem. 2184001100013 1 10.min 10.min 10.min 2184001100014 2 2.hr 2.hr 1.hr 2184001100015 DECAY-DATA (40-ZR-95,64.0D,DG,724.,0.443,DG,756.,0.547) 2184001100016 HISTORY (20151213A) SD: METHOD, SAMPLE added from Subent 001. 2184001100017 BIB update. 2184001100018 ENDBIB 16 0 2184001100019 NOCOMMON 0 0 2184001100020 DATA 2 1 2184001100021 DATA ERR-T 2184001100022 MB MB 2184001100023 5.5000E+00 1.5000E+00 2184001100024 ENDDATA 3 0 2184001100025 ENDSUBENT 24 0 2184001199999 SUBENT 21840012 20151213 22462184001200001 BIB 5 16 2184001200002 REACTION (42-MO-100(N,2N)42-MO-99,,SIG) 2184001200003 SAMPLE (42-MO-100,NAT=0.096) 1.0 g of natural Mo. 2184001200004 Sample was packed in a thin polythene bag and 2184001200005 surrounded by a 99.99% pure Al monitor foil, and 2184001200006 then packed in A polythene vial. 2184001200007 The isotopic composition in Mo was - Mo-92 (14.8%), 2184001200008 Mo-94 (9.3%), Mo-95 (15.9%), Mo-96 (16.7%), 2184001200009 Mo-97 (9.6%), Mo-98 (24.1%), Mo-100 (9.6%) 2184001200010 METHOD (ACTIV) Single activation; 2184001200011 two time sequences of sample irradiation were used: 2184001200012 Sequence Irradiation Cooling Gamma-ray measurem. 2184001200013 1 10.min 10.min 10.min 2184001200014 2 2.hr 2.hr 1.hr 2184001200015 DECAY-DATA (42-MO-99,66.02HR,DG,739.4,0.1268,DG,777.8,0.0443) 2184001200016 HISTORY (20151213A) SD: METHOD, SAMPLE added from Subent 001. 2184001200017 BIB update. 2184001200018 ENDBIB 16 0 2184001200019 NOCOMMON 0 0 2184001200020 DATA 2 1 2184001200021 DATA ERR-T 2184001200022 MB MB 2184001200023 1.7000E+03 1.4000E+02 2184001200024 ENDDATA 3 0 2184001200025 ENDSUBENT 24 0 2184001299999 SUBENT 21840013 20151213 22462184001300001 BIB 6 24 2184001300002 REACTION (42-MO-100(N,P)41-NB-100,,SIG) 2184001300003 Sum cross section for the Nb-100 isomers 2184001300004 with half lives 1.5 and 3.1 seconds. 2184001300005 SAMPLE (42-MO-100,ENR=0.9742) 300 milli-g of enriched Mo-98. 2184001300006 Sample was packed in a thin polythene bag and 2184001300007 surrounded by a 99.99% pure Al monitor foil, and 2184001300008 then packed in A polythene vial. 2184001300009 The isotopic composition in Mo was - Mo-92 (0.53%), 2184001300010 Mo-94 (0.18%), Mo-95 (0.29%), Mo-96 (0.34%), 2184001300011 Mo-97 (0.28%), Mo-98 (0.96%), Mo-100 (97.42%) 2184001300012 METHOD (ACTIV) One single activation and one cyclic activ.; 2184001300013 two time sequences of sample irradiation were used: 2184001300014 Sequence Irradiation Cooling Gamma-ray measurem. 2184001300015 1 4.sec 2.sec 1.sec (cyclic) 2184001300016 2 2.min 3.sec 1.min (cyclic) 2184001300017 DECAY-DATA (41-NB-100-M,3.1SEC,DG,600.1) 2184001300018 (41-NB-100-M,1.5SEC,DG,600.1) 2184001300019 The total gamma intensity for both isomers 2184001300020 together is 0.433 per disintegration. 2184001300021 COMMENT .In table 3 of the reference the half life 2184001300022 '3.1s' is misprinted as '3.1d' 2184001300023 HISTORY (19860808A)HH reaction string corrected 2184001300024 (20151213A) SD: METHOD, SAMPLE added from Subent 001. 2184001300025 BIB update. 2184001300026 ENDBIB 24 0 2184001300027 NOCOMMON 0 0 2184001300028 DATA 2 1 2184001300029 DATA ERR-T 2184001300030 MB MB 2184001300031 2.3000E+00 9.0000E-01 2184001300032 ENDDATA 3 0 2184001300033 ENDSUBENT 32 0 2184001399999 ENDENTRY 13 0 2184099999999