ENTRY O1332 20191010 O072O133200000001 SUBENT O1332001 20191010 O072O133200100001 BIB 10 28 O133200100002 TITLE Yield of the 123-Te(p,p')123-Te-m reaction at 15 MeV O133200100003 REFERENCE (C,99VANCOU,,319,1999) O133200100004 AUTHOR (V.Jakovlev, L.Solin) O133200100005 INSTITUTE (4RUSRI) Laboratory of Nuclear Reactions and Nuclear O133200100006 Medicine. O133200100007 SAMPLE Two 95% enriched tellurium-123 dioxide targets were O133200100008 each of 320 mg/cm2 thickness on 0.3 mm thick platinum O133200100009 backing. One target was freshly made and the other wasO133200100010 used for production of iodine for two years. O133200100011 Tellurium targets were prepared by smelting of the O133200100012 tellurium dioxide on a platinum plate. The target O133200100013 activity after irradiation belongs mainly to platinum O133200100014 backing and isomer 123m-Te (t1/2 = 119.7 days). O133200100015 Activation of the platinum plate is mostly conditioned O133200100016 by the activity of 196-Au (t1/2 = 6.18 days). This O133200100017 part of the target activity can be excluded by cooling O133200100018 for about two weeks or by change of the platinum plate.O133200100019 FACILITY (CYCLO,4RUSRI) MGC-20 cyclotron. O133200100020 METHOD (EXTB) The targets were irradiated two (new target) O133200100021 and four times (old target). O133200100022 (SITA) See SAMPLE. O133200100023 (GSPEC) O133200100024 ERR-ANALYS (DATA-ERR) An analysis is not given. O133200100025 STATUS (APRVD) By V.A.Jakovlev 13-04-2006 O133200100026 HISTORY (20060320C) By F.Ch O133200100027 (20060531A) A little correction. O133200100028 (20060531U) Last checking has been done. O133200100029 (20191010A) SD: REACTION code corrected in Subent 002. O133200100030 ENDBIB 28 0 O133200100031 NOCOMMON 0 0 O133200100032 ENDSUBENT 31 0 O133200199999 SUBENT O1332002 20191010 O072O133200200001 BIB 6 18 O133200200002 REACTION (52-TE-123(P,INL)52-TE-123-M,,TTY,,(PHY)) O133200200003 DECAY-DATA (52-TE-123-M,119.7D,DG,159.) O133200200004 COMMENT -By compiler. Isomer state of Te-123 could not be O133200200005 produced due to radioactive decay of I-123. O133200200006 By authors. 1. The "DATA" is the 123m-Te yield averagedO133200200007 with weights from MISC1 and MISC2. O133200200008 2. The main gamma line of 123m-Te is of the same O133200200009 energy of 159 KeV as of the iodine one. Therefore O133200200010 gamma measurements of the 123m-Te activity were carriedO133200200011 out two weeks after the end of bombardment when the O133200200012 rest of iodine remaining after it's extraction has O133200200013 completely decayed. O133200200014 MISC-COL (MISC1) The result for new target. O133200200015 (MISC2) The result for old target. O133200200016 (MISC1-ERR) The uncertainty of MISC1. O133200200017 (MISC2-ERR) The uncertainty of MISC2. O133200200018 STATUS (TABLE) Text (p320) of C,99VANCOU,,319,1999 O133200200019 HISTORY (20191010A) SD: SF8=DT -> (PHY) in REACTION code. O133200200020 ENDBIB 18 0 O133200200021 NOCOMMON 0 0 O133200200022 DATA 8 1 O133200200023 EN-MIN EN-MAX DATA DATA-ERR MISC1 MISC2 O133200200024 MISC1-ERR MISC2-ERR O133200200025 MEV MEV KBQ/MUAHR KBQ/MUAHR KBQ/MUAHR KBQ/MUAHR O133200200026 KBQ/MUAHR KBQ/MUAHR O133200200027 8. 14.8 14.24 0.24 14.18 15.3O133200200028 0.35 1.55 O133200200029 ENDDATA 6 0 O133200200030 ENDSUBENT 29 0 O133200299999 ENDENTRY 2 0 O133299999999