ENTRY A0239 20160317 A084A023900000001 SUBENT A0239001 20160317 A084A023900100001 BIB 11 37 A023900100002 TITLE Cyclotron isotopes and radiopharmaceuticals XXXI. A023900100003 Improvements in 77Br production and radiochemical A023900100004 separation from enriched 78Se A023900100005 AUTHOR (C.P.Madhusudhan,S.Treves,A.P.Wolf,R.M.Lambrecht) A023900100006 INSTITUTE (1USABNL) A023900100007 (1USAUSA) Children's Hospital Medical Center, A023900100008 Harvard Medical School,Boston. A023900100009 REFERENCE (J,JRC,53,299,1979) A023900100010 METHOD (STTA,BCINT,ACTIV,EXTB,CHSEP) A023900100011 DETECTOR (GELI) A023900100012 SAMPLE (34-SE-78,ENR=0.9858) A023900100013 1) Powdered metallic 78-Se (90-135 mg) was pressed A023900100014 into aluminum capsule. A023900100015 2) Lead selenide targets. This target did not A023900100016 deteriorate with a fluence of 15 muAmp. A023900100017 3) Isotopic composition- A023900100018 78-Se 98.58%, A023900100019 77-Se 0.17%, A023900100020 76-Se 0.11%, A023900100021 74-Se 0.06%, A023900100022 80-Se 1.00%, A023900100023 82-Se 0.08%. A023900100024 ADD-RES Chemical separation method. A023900100025 Producing targets method. A023900100026 FACILITY (CYCLO,1USABNL) A023900100027 COMMENT /By compiler/ Authors remark that results of A023900100028 systematic determination of the excitation functions A023900100029 for the production of 77-Br up to 33 MeV protons and A023900100030 up to 22 MeV deuterons on isotopically enriched 'Se' A023900100031 targets will be presented elsewhere. A023900100032 The compiler have not any information about this A023900100033 paper. A023900100034 HISTORY (19850319C) A023900100035 (19850403U) A023900100036 (20160317A) SD:Updated to new date formats,lower case. A023900100037 Journal corrected (RCA -> JRC). Author's name correctedA023900100038 ANALYSIS (AREA) deleted (not relevant). A023900100039 ENDBIB 37 0 A023900100040 NOCOMMON 0 0 A023900100041 ENDSUBENT 40 0 A023900199999 SUBENT A0239002 20160317 A084A023900200001 BIB 6 11 A023900200002 REACTION (34-SE-78(P,2N)35-BR-77,,TTY,,PHY) A023900200003 DECAY-DATA (35-BR-77,,DG,239.,0.231, A023900200004 DG,521.,0.224) A023900200005 (35-BR-76,,DG,559.,0.60) A023900200006 ERR-ANALYS No any information about the uncertainty. A023900200007 MISC-COL (MISC1). The activity of target in milliCurie. A023900200008 (MISC2). The dose in micro-ampere-hour. A023900200009 STATUS (TABLE) Tbl. 1 from JRC,53,299,1979 A023900200010 HISTORY (20160317A) SD: SF5=IND deleted, SF6=PY -> TTY, SF8=PHYA023900200011 added in REACTION code. RAD-DET deleted (info presentedA023900200012 in DECAY-DATA). A023900200013 ENDBIB 11 0 A023900200014 COMMON 1 3 A023900200015 EN A023900200016 MEV A023900200017 26. A023900200018 ENDCOMMON 3 0 A023900200019 DATA 4 19 A023900200020 DATA THICKNESS MISC1 MISC2 A023900200021 MCI/MUAHR G/CM-SQ SEE TEXT SEE TEXT A023900200022 0.69 0.050 19.4 28. A023900200023 0.77 0.061 77.4 100. A023900200024 0.99 0.075 13.8 14. A023900200025 0.93 0.077 92.5 100. A023900200026 1.05 0.079 15.7 15. A023900200027 1.0 0.080 20.0 20. A023900200028 1.02 0.080 5.1 5. A023900200029 0.99 0.081 9.9 10. A023900200030 0.91 0.089 45.3 50. A023900200031 0.96 0.089 47.8 50. A023900200032 1.0 0.094 39.9 40. A023900200033 0.91 0.095 18.2 20. A023900200034 0.94 0.102 28.2 30. A023900200035 0.98 0.114 78.3 80. A023900200036 0.90 0.114 40.5 45. A023900200037 1.02 0.115 110.2 108. A023900200038 0.99 0.116 114.2 116. A023900200039 1.41 0.137 14.1 10. A023900200040 1.83 0.267 140.5 77. A023900200041 ENDDATA 21 0 A023900200042 ENDSUBENT 41 0 A023900299999 ENDENTRY 2 0 A023999999999