ENTRY O0989 20181103 O068O098900000001 SUBENT O0989001 20181103 O068O098900100001 BIB 16 64 O098900100002 TITLE Investigation of the formation of residual nuclei from O098900100003 radioactive 237-Np and 241-Am targets in reactions O098900100004 with 660-MeV protons O098900100005 REFERENCE (J,YF,65,797,2002) in Russian (see COMMENT) O098900100006 (J,PAN,65,763,2002) an English O098900100007 (J,NSTS,2,272,2002) prelim. table. O098900100008 (J,FCY/L,2,(6),25,2005) in Russian - final analysis O098900100009 (J,PPN/L,2,349,2005) an English O098900100010 (T,PRONSKIKH,2005) - data tables O098900100011 AUTHOR (J.Adam, A.R.Balabekyan, R.Brandt, V.P.Dzhelepov, O098900100012 S.A.Gustov, V.G.Kalinnikov, M.I.Krivopustov, O098900100013 I.V.Mirokhin, J.Mrazek, R.Odoj, V.S.Pronskikh, O098900100014 O.V.Savchenko, A.N.Sosnin, A.A.Solnyshkin, O098900100015 V.I.Stegailov, V.M.Tsoupko-Sitnikov) O098900100016 INSTITUTE (4ZZZDUB,4ARMJSU,2GERJUL,2GERMBG) O098900100017 REL-REF (R,,U.Reus+,J,AND,29,1,1983) - Decay data. O098900100018 (M,,J.Adam+,P,JINR-P10-2000-28,2000) O098900100019 A special system of codes for complex analysis of the O098900100020 experimental data. O098900100021 FACILITY (ISOCY,4ZZZDUB) O098900100022 MONITOR ((MONIT)13-AL-27(P,X)11-NA-24,,SIG) O098900100023 MONIT-REF (B0022003,J.B.Cumming,J,ARN,13,261,1963) O098900100024 METHOD (SITA) See sample. O098900100025 (EXTB) O098900100026 (ACTIV) O098900100027 The second targets (30-min exposures) were measured O098900100028 11 times for 30 d with exposures from 5 to 50 h. O098900100029 (GSPEC) The first targets after short exposure started O098900100030 10 min. after the end of irradiation. These targets O098900100031 were measured 17 times during 17 hours. The measurementO098900100032 time varied from 5 minutes to 3 hours. O098900100033 PART-DET (DG) O098900100034 ERR-ANALYS (DATA-ERR) The errors in the tables are the largest O098900100035 deviation of the given cross section from the average O098900100036 -weighted cross section of several measurements. O098900100037 ANALYSIS (DECAY) O098900100038 CORRECTION Needed correction for self-absorption and dead time O098900100039 were included. O098900100040 ADD-RES (COMP) Cascade-evaporation model. O098900100041 Cross sections of products produced in the aluminium O098900100042 capsule were measured: O098900100043 4-Be-7 5.5+/-0.5 millibarns O098900100044 11-Na-22 16.4+/-1.4 millibarns O098900100045 11-Na-24 12.3+/-1.1 millibarns O098900100046 COMMENT By compiler. O098900100047 1. Authors' determination of cumulative cross O098900100048 section includes the events, which are named as O098900100049 "ind/m+" in EXFOR. The cross sections are placed in O098900100050 "ind" tables by compiler. O098900100051 2. Mistake in Tbl.2 (Br-84 -> Rb-82m) of YF,65,797. O098900100052 Compiler checked Tbl. 2 from AND,29,1,1983 and found O098900100053 that all decay data shown for Br-84 are corresponded toO098900100054 Rb-82m instead of Br-84. O098900100055 HISTORY (20020727C) O098900100056 (20120606A) SD: ref. on translation added. O098900100057 Col. ERR-T renamed to DATA-ERR in Subents 2-5. O098900100058 (20131019A) Correction according Memo CP-D/797 O098900100059 (20181103A) SD: Refs. FCY/L,2; PPN/L,2 added. Part of O098900100060 COMMENT was updated. BIB updated. Tables were checked O098900100061 and corrections were made. MONIT-ERR added. Free text O098900100062 at REL-REF deleted (see text under REF). Data correctedO098900100063 according to final publication in Phys.Part.Nucl.Lett.2O098900100064 Comment deleted. All corrections were made after O098900100065 discussion with Dr.V.S.Pronskikh. O098900100066 ENDBIB 64 0 O098900100067 COMMON 3 3 O098900100068 EN MONIT MONIT-ERR O098900100069 GEV MB MB O098900100070 0.660 10.8 0.7 O098900100071 ENDCOMMON 3 0 O098900100072 ENDSUBENT 71 0 O098900199999 SUBENT O0989002 20181103 O068O098900200001 BIB 7 51 O098900200002 REACTION (95-AM-241(P,X)ELEM/MASS,,SIG) O098900200003 SAMPLE Two targets of americium oxide were used O098900200004 (oxide density, 11.7 g/cm3). O098900200005 Weight thickness irrad.time activity proton fluxO098900200006 (g) (mm) (min) mCi 10**14/minO098900200007 1. 0.177 0.043 5. 601. 2.72 O098900200008 2. 0.183 0.044 30. 621. 2.58 O098900200009 The irradiated target samples were hermetically packed O098900200010 in aluminium capsules. O098900200011 DETECTOR (HPGE) With suitable filter. HPGe detector with an O098900200012 efficiency of 20% and an energy resolution of O098900200013 1.8 keV(1332-keV 60Co) O098900200014 COMMENT - By compiler. All products are shielded ones, except O098900200015 as noted. O098900200016 The authors assumed Y-84-m production as independent, O098900200017 but experimental data for decay scheme of Zr-84 are notO098900200018 enough. O098900200019 DECAY-DATA (21-SC-48,43.67HR) O098900200020 (25-MN-54,312.3D) O098900200021 (33-AS-76,1.08D) O098900200022 (35-BR-82-G,35.5HR) O098900200023 (35-BR-84-G,31.8MIN) O098900200024 (39-Y-84-G,39.5MIN) O098900200025 (41-NB-92-M,10.15D) O098900200026 (41-NB-96,23.35HR) O098900200027 (41-NB-98-M,51.3MIN) O098900200028 (45-RH-106-M,131.MIN) O098900200029 (45-RH-108-M,6.MIN) O098900200030 (47-AG-106-M,8.28D) O098900200031 (47-AG-110-M,249.9D) O098900200032 (47-AG-112,3.130HR) O098900200033 (49-IN-116-M1,54.41MIN) O098900200034 (49-IN-118-M1,4.45MIN) O098900200035 (51-SB-118-M,5.HR) O098900200036 (51-SB-120-M,15.89MIN) O098900200037 (52-TE-119-M,4.7D) O098900200038 (52-TE-131-M,30.HR) O098900200039 (53-I-124,4.18D) O098900200040 (53-I-126,13.11D) O098900200041 (53-I-130-G,12.36HR) O098900200042 (53-I-132-G,2.30HR) O098900200043 (55-CS-132,5.48D) O098900200044 (57-LA-140,1.68D) O098900200045 (95-AM-240,50.8HR) O098900200046 STATUS (TABLE) Tbl.3 from Phys.Part.Nucl.Lett.,2(2005)349 O098900200047 (same data in Tbl.4 of thesis) O098900200048 HISTORY (20120606A) SD: Col. ERR-T renamed to DATA-ERR. O098900200049 (20181103A) SD: Data corrected according to final publ.O098900200050 BIB updated. Part of data moved to Subent 003 accordingO098900200051 to presentation data in the Tbl.3. DECAY-DATA added. O098900200052 FLAG deleted. SF5=IND deleted from REACTION code. O098900200053 ENDBIB 51 0 O098900200054 NOCOMMON 0 0 O098900200055 DATA 6 27 O098900200056 ELEMENT MASS ISOMER ISOMER DATA DATA-ERR O098900200057 NO-DIM NO-DIM NO-DIM NO-DIM MB MB O098900200058 21. 48. 1.11 0.20O098900200059 25. 54. 10.1 1.4O098900200060 33. 76. 4.5 1.6O098900200061 35. 82. 8.0 1.1O098900200062 35. 84. 0. 9.2 1.4O098900200063 39. 84. 0. 3.1 0.9O098900200064 41. 92. 1. 0.6 0.4O098900200065 41. 96. 13.6 1.7O098900200066 41. 98. 1. 13.9 1.9O098900200067 45. 106. 1. 15.0 2.3O098900200068 45. 108. 1. 11.6 1.5O098900200069 47. 106. 1. 2.5 0.3O098900200070 47. 110. 1. 11.6 2.4O098900200071 47. 112. 20. 4.O098900200072 49. 116. 1. 2. 16.4 2.4O098900200073 49. 118. 1. 2. 6.5 0.9O098900200074 51. 118. 1. 7.6 1.4O098900200075 51. 120. 1. 10.8 1.4O098900200076 52. 119. 1. 3.7 0.5O098900200077 52. 131. 1. 6.5 1.1O098900200078 53. 124. 10.6 1.9O098900200079 53. 126. 6.8 1.8O098900200080 53. 130. 0. 10.0 1.9O098900200081 53. 132. 0. 8.3 1.2O098900200082 55. 132. 6.2 1.7O098900200083 57. 140. 7.4 1.2O098900200084 95. 240. 45. 5.O098900200085 ENDDATA 29 0 O098900200086 ENDSUBENT 85 0 O098900299999 SUBENT O0989003 20181103 O068O098900300001 BIB 6 69 O098900300002 REACTION (95-AM-241(P,X)ELEM/MASS,CUM,SIG) O098900300003 SAMPLE Two targets of americium oxide were used O098900300004 (oxide density, 11.7 g/cm3). O098900300005 Weight thickness irrad.time activity proton fluxO098900300006 (g) (mm) (min) mCi 10**14/minO098900300007 1. 0.177 0.043 5. 601. 2.72 O098900300008 2. 0.183 0.044 30. 621. 2.58 O098900300009 The irradiated target samples were hermetically packed O098900300010 in aluminium capsules. O098900300011 DECAY-DATA (23-V-48,15.97D) O098900300012 (23-V-52,3.74MIN) O098900300013 (25-MN-52-G,5.59D) O098900300014 (25-MN-56,2.58HR) O098900300015 (31-GA-72,14.1HR) O098900300016 (33-AS-72,26.HR) O098900300017 (35-BR-76-G,16.2HR) O098900300018 (35-BR-84-M,6.MIN) O098900300019 (37-RB-82-M,6.47HR) O098900300020 (37-RB-84-G,32.77D) O098900300021 (37-RB-86-G,18.63D) O098900300022 (37-RB-89,15.15MIN) O098900300023 (38-SR-91,9.63HR) O098900300024 (38-SR-92,2.71HR) O098900300025 (38-SR-93,7.42MIN) O098900300026 (39-Y-87-G,79.8HR) O098900300027 (39-Y-88,106.65D) O098900300028 (39-Y-91-M,49.71MIN) O098900300029 (39-Y-95,10.3MIN) O098900300030 (40-ZR-89-G,78.41HR) O098900300031 (40-ZR-95,64.02D) O098900300032 (40-ZR-97,16.91HR) O098900300033 (41-NB-95-G,35.00D) O098900300034 (41-NB-97-G,72.1MIN) O098900300035 (42-MO-99,65.94HR) O098900300036 (43-TC-96-G,4.28D) O098900300037 (43-TC-104,18.3MIN) O098900300038 (44-RU-103,39.26D) O098900300039 (44-RU-105,4.44HR) O098900300040 (45-RH-105-G,35.36HR) O098900300041 (46-PD-112,21.01HR) O098900300042 (48-CD-115-G,53.46HR) O098900300043 (48-CD-117-M,3.46HR) O098900300044 (49-IN-117-M,116.2MIN) O098900300045 (51-SB-122-G,2.7D) O098900300046 (51-SB-124-G,60.2D) O098900300047 (51-SB-126-G,12.46D) O098900300048 (51-SB-127,3.85D) O098900300049 (51-SB-128-G,9.01HR) O098900300050 (52-TE-121-G,16.78D) O098900300051 (52-TE-132,3.20D) O098900300052 (53-I-131,8.02D) O098900300053 (53-I-133-G,20.8HR) O098900300054 (53-I-134-G,52.6MIN) O098900300055 (55-CS-136-G,13.16D) O098900300056 (56-BA-140,12.75D) O098900300057 (58-CE-135-G,17.7HR) O098900300058 (63-EU-145,5.93D) O098900300059 (63-EU-146,4.59D) O098900300060 (65-TB-154-G,21.5HR) O098900300061 (65-TB-156-G,5.35D) O098900300062 (79-AU-198-G,2.70D) O098900300063 (83-BI-206,6.24D) O098900300064 DETECTOR (HPGE) With suitable filter. O098900300065 STATUS (TABLE) Tbl.3 from Phys.Part.Nucl.Lett.,2(2005)349 O098900300066 HISTORY (20120606A) SD: Col. ERR-T renamed to DATA-ERR. O098900300067 (20181103A) SD: Data corrected according to final publ.O098900300068 BIB updated. Tb-198 -> Au-198 in Tbl.3. Part of data O098900300069 added from Subent 002 according to presentation data inO098900300070 the Tbl.3. DECAY-DATA added. O098900300071 ENDBIB 69 0 O098900300072 NOCOMMON 0 0 O098900300073 DATA 5 53 O098900300074 ELEMENT MASS ISOMER DATA DATA-ERR O098900300075 NO-DIM NO-DIM NO-DIM MB MB O098900300076 23. 48. 3.4 0.5 O098900300077 23. 52. 2.3 0.6 O098900300078 25. 52. 0. 1.74 0.28 O098900300079 25. 56. 6.7 1.6 O098900300080 31. 72. 1.5 0.7 O098900300081 33. 72. 4.2 0.5 O098900300082 35. 76. 0. 0.6 1.8 O098900300083 35. 84. 1. 2.7 0.6 O098900300084 37. 82. 1. 2.1 1.0 O098900300085 37. 84. 6.9 0.4 O098900300086 37. 86. 0. 2.02 0.29 O098900300087 37. 89. 11.1 1.5 O098900300088 38. 91. 15.0 1.7 O098900300089 38. 92. 11.8 1.7 O098900300090 38. 93. 10.4 2.2 O098900300091 39. 87. 0. 4.4 0.7 O098900300092 39. 88. 6.2 1.0 O098900300093 39. 91. 1. 14. 4. O098900300094 39. 95. 17. 4. O098900300095 40. 89. 0. 3.8 0.7 O098900300096 40. 95. 36. 5. O098900300097 40. 97. 20. 4. O098900300098 41. 95. 0. 17. 2. O098900300099 41. 97. 0. 13.3 2.1 O098900300100 42. 99. 44. 6. O098900300101 43. 96. 0. 2.71 0.28 O098900300102 43. 104. 22. 6. O098900300103 44. 103. 63. 10. O098900300104 44. 105. 34. 5. O098900300105 45. 105. 0. 77. 13. O098900300106 46. 112. 21.0 0.28 O098900300107 48. 115. 0. 19.2 2.8 O098900300108 48. 117. 1. 6.9 0.7 O098900300109 49. 117. 1. 21. 1. O098900300110 51. 122. 0. 14.0 1.9 O098900300111 51. 124. 0. 10.2 1.4 O098900300112 51. 126. 0. 7.3 1.4 O098900300113 51. 127. 7.3 1.2 O098900300114 51. 128. 0. 3.3 1.0 O098900300115 52. 121. 0. 5.3 1.0 O098900300116 52. 132. 6.7 1.2 O098900300117 53. 131. 14.1 2.3 O098900300118 53. 133. 0. 9.3 1.4 O098900300119 53. 134. 0. 4.3 0.7 O098900300120 55. 136. 0. 6.6 1.2 O098900300121 56. 140. 3.6 0.6 O098900300122 58. 135. 0. 17.0 2.5 O098900300123 63. 145. 1.65 0.19 O098900300124 63. 146. 1.16 0.17 O098900300125 65. 154. 0. 13. 6. O098900300126 65. 156. 0. 1.7 0.5 O098900300127 79. 198. 0. 1.33 0.20 O098900300128 83. 206. 1.21 0.25 O098900300129 ENDDATA 55 0 O098900300130 ENDSUBENT 129 0 O098900399999 SUBENT O0989004 20181103 O068O098900400001 BIB 8 33 O098900400002 REACTION (93-NP-237(P,X)ELEM/MASS,,SIG) O098900400003 SAMPLE Two targets of neptunium oxide were used O098900400004 (oxide density, 11.1 g/cm3). O098900400005 Weight thickness irrad.time activity proton fluxO098900400006 (g) (mm) (min) mCi 10**14/minO098900400007 1. 0.742 0.193 5. 0.523 2.64 O098900400008 2. 0.742 0.193 30. 0.523 2.66 O098900400009 The irradiated target samples were hermetically packed O098900400010 in aluminium capsules. O098900400011 DECAY-DATA (21-SC-48,43.67HR) O098900400012 (33-AS-74,17.77D) O098900400013 (45-RH-106-M,131.MIN) O098900400014 (47-AG-106-M,8.28D) O098900400015 (47-AG-110-M,249.76D) O098900400016 (51-SB-118-M,5.HR) O098900400017 (51-SB-120-M,5.76D) O098900400018 (52-TE-133-M,55.4MIN) O098900400019 (53-I-124,4.18D) O098900400020 (63-EU-146,4.59D) O098900400021 (91-PA-230,17.4D) O098900400022 (93-NP-238,2.12D) O098900400023 DETECTOR (GELI) With suitable filter. Ge(Li) detector with O098900400024 an efficiency of 4.8% and a resolution of O098900400025 2.6 keV (1332-keV 60Co). O098900400026 COMMENT - By compiler. All products are shielded ones, except O098900400027 as noted. O098900400028 FLAG (2.) Production due to isomer transition is included. O098900400029 STATUS (TABLE) Tbl.2 from Phys.Part.Nucl.Lett.,2(2005)349 O098900400030 HISTORY (20120606A) SD: Col. ERR-T renamed to DATA-ERR. O098900400031 (20181103A) SD: Data corrected according to final publ.O098900400032 BIB updated. Part of data moved to Subent 005 accordingO098900400033 to presentation data in the Tbl.2. DECAY-DATA added. O098900400034 SF5=IND deleted from REACTION code. O098900400035 ENDBIB 33 0 O098900400036 NOCOMMON 0 0 O098900400037 DATA 6 12 O098900400038 ELEMENT MASS ISOMER DATA DATA-ERR FLAG O098900400039 NO-DIM NO-DIM NO-DIM MB MB NO-DIM O098900400040 21. 48. 5.2 1.5 O098900400041 33. 74. 3.6 0.5 O098900400042 45. 106. 1. 55. 9. O098900400043 47. 106. 1. 6.2 0.8 O098900400044 47. 110. 1. 18.0 2.0 O098900400045 51. 118. 1. 10.4 1.3 O098900400046 51. 120. 1. 14.7 1.6 O098900400047 52. 133. 1. 18. 4. 2. O098900400048 53. 124. 17.3 2.0 O098900400049 63. 146. 4.2 0.6 O098900400050 91. 230. 1.6 0.3 O098900400051 93. 238. 16. 3. O098900400052 ENDDATA 14 0 O098900400053 ENDSUBENT 52 0 O098900499999 SUBENT O0989005 20181103 O068O098900500001 BIB 6 61 O098900500002 REACTION (93-NP-237(P,X)ELEM/MASS,CUM,SIG) O098900500003 SAMPLE Two targets of neptunium oxide were used O098900500004 (oxide density, 11.1 g/cm3). O098900500005 Weight thickness irrad.time activity proton fluxO098900500006 (g) (mm) (min) mCi 10**14/minO098900500007 1. 0.742 0.193 5. 0.523 2.64 O098900500008 2. 0.742 0.193 30. 0.523 2.66 O098900500009 The irradiated target samples were hermetically packed O098900500010 in aluminium capsules. O098900500011 DECAY-DATA (23-V-48,15.97D) O098900500012 (25-MN-56,2.58HR) O098900500013 (37-RB-83,86.2D) O098900500014 (37-RB-84-G,32.77D) O098900500015 (37-RB-86-G,18.63D) O098900500016 (38-SR-85-G,64.84D) O098900500017 (38-SR-91,9.63HR) O098900500018 (39-Y-87-G,79.84HR) O098900500019 (39-Y-88,106.65D) O098900500020 (40-ZR-89-G,78.49HR) O098900500021 (40-ZR-95,64.02D) O098900500022 (41-NB-95-G,35.00D) O098900500023 (42-MO-99,65.94HR) O098900500024 (43-TC-95-M,61.D) O098900500025 (43-TC-96-G,4.28D) O098900500026 (44-RU-103,39.26D) O098900500027 (44-RU-105,4.44HR) O098900500028 (48-CD-115-G,53.46HR) O098900500029 (48-CD-117-M,3.46HR) O098900500030 (50-SN-125-G,9.64D) O098900500031 (51-SB-122-G,2.7D) O098900500032 (51-SB-124-G,60.2D) O098900500033 (51-SB-126-G,12.46D) O098900500034 (51-SB-127,3.85D) O098900500035 (51-SB-128-G,9.01HR) O098900500036 (52-TE-132,3.20D) O098900500037 (53-I-131,8.02D) O098900500038 (53-I-134-G,52.6MIN) O098900500039 (55-CS-136-G,13.16D) O098900500040 (55-CS-138-G,33.41MIN) O098900500041 (56-BA-131-G,11.5D) O098900500042 (56-BA-140,12.75D) O098900500043 (63-EU-145,5.93D) O098900500044 (63-EU-147,24.1D) O098900500045 (64-GD-146,48.27D) O098900500046 (65-TB-152-G,17.5HR) O098900500047 (71-LU-171-G,8.24D) O098900500048 (76-OS-185,93.6D) O098900500049 (78-PT-188,10.2D) O098900500050 (84-PO-206,8.8D) O098900500051 (93-NP-234,4.4D) O098900500052 DETECTOR (GELI) With suitable filter. Ge(Li) detector with an O098900500053 efficiency of 4.8% and a resolution of 2.6 keV for the O098900500054 line 1332. keV (Co-60). O098900500055 STATUS (TABLE) Tbl.2 from Phys.Part.Nucl.Lett.,2(2005)349 O098900500056 HISTORY (20120606A) SD: Col. ERR-T renamed to DATA-ERR. O098900500057 (20131029A) Tb-157 -> Tb-152 as reported in table of O098900500058 J,PAN,65,763,2002 O098900500059 (20181103A) SD: Data corrected according to final publ.O098900500060 BIB updated. Part of data added from Subent 004 O098900500061 according to presentation data in the Tbl.2. O098900500062 DECAY-DATA added. O098900500063 ENDBIB 61 0 O098900500064 NOCOMMON 0 0 O098900500065 DATA 5 41 O098900500066 ELEMENT MASS ISOMER DATA DATA-ERR O098900500067 NO-DIM NO-DIM NO-DIM MB MB O098900500068 23. 48. 0.89 0.20 O098900500069 25. 56. 25.4 4.5 O098900500070 37. 83. 6.1 0.8 O098900500071 37. 84. 13.3 1.6 O098900500072 37. 86. 17.7 2.0 O098900500073 38. 85. 9.6 2. O098900500074 38. 91. 29. 3. O098900500075 39. 87. 6.7 0.1 O098900500076 39. 88. 10.4 1.9 O098900500077 40. 89. 4.6 0.5 O098900500078 40. 95. 59. 6. O098900500079 41. 95. 22. 4. O098900500080 42. 99. 73. 13. O098900500081 43. 95. 1. 2.3 0.4 O098900500082 43. 96. 5.7 0.9 O098900500083 44. 103. 63. 7. O098900500084 44. 105. 19.6 2.0 O098900500085 48. 115. 65. 12. O098900500086 48. 117. 1. 17. 4. O098900500087 50. 125. 0. 6.6 1.1 O098900500088 51. 122. 0. 19. 4. O098900500089 51. 124. 0. 16.7 2.0 O098900500090 51. 126. 0. 13.9 2.0 O098900500091 51. 127. 14.7 2.0 O098900500092 51. 128. 0. 90. 10. O098900500093 52. 132. 13. 3. O098900500094 53. 131. 20. 4. O098900500095 53. 134. 0. 12.9 1.5 O098900500096 55. 136. 0. 9.1 1.3 O098900500097 55. 138. 0. 14.9 2.9 O098900500098 56. 131. 0. 71. 13. O098900500099 56. 140. 23. 4. O098900500100 63. 145. 0.83 0.09 O098900500101 63. 147. 1.9 0.6 O098900500102 64. 146. 1.39 0.16 O098900500103 65. 152. 27. 3. O098900500104 71. 171. 0. 2.4 1.0 O098900500105 76. 185. 2.8 0.4 O098900500106 78. 188. 0.46 0.08 O098900500107 84. 206. 3.8 0.7 O098900500108 93. 234. 2.2 0.4 O098900500109 ENDDATA 43 0 O098900500110 ENDSUBENT 109 0 O098900599999 ENDENTRY 5 0 O098999999999