ENTRY D0148 20190709 D122D0148 0 1 SUBENT D0148001 20190709 D122D0148 1 1 BIB 9 13 D0148 1 2 TITLE Preparation of carrier-free radioactive thallium D0148 1 3 for medical use D0148 1 4 AUTHOR (D.Comar, C.Crouzel) D0148 1 5 INSTITUTE (2FR SAC) CEA Department of Biology, Service D0148 1 6 Hospitalier Frederic Joliot D0148 1 7 REFERENCE (J,RRL,23,131,1975) D0148 1 8 METHOD (CHSEP) D0148 1 9 DETECTOR (GELI) D0148 1 10 ERR-ANALYS No information on the uncertainty D0148 1 11 STATUS (TABLE) Table 1 of Radiochem.Radioanal.Lett.23(1975)131D0148 1 12 HISTORY (20040717C) SD D0148 1 13 (20160518A) VS. Major revisions in all data subentries.D0148 1 14 (20190709U) On. HISTORY(20160518A) updated. D0148 1 15 ENDBIB 13 0 D0148 1 16 COMMON 1 3 D0148 1 17 TIME-IRRD D0148 1 18 HR D0148 1 19 1. D0148 1 20 ENDCOMMON 3 0 D0148 1 21 ENDSUBENT 20 0 D0148 199999 SUBENT D0148002 20160518 D104D0148 2 1 BIB 5 12 D0148 2 2 REACTION (80-HG-0(D,X)81-TL-199,,TTY,,EOB) D0148 2 3 DECAY-DATA (81-TL-199,7.4HR) D0148 2 4 FACILITY (CYCLO,2UK HHL) 15 MeV deuterons Cyclotron or D0148 2 5 (VDGT,2FR SAC) 15 MeV deuterons Van de Graaf tandem D0148 2 6 SAMPLE The irradiated substances consisted of red mercury D0148 2 7 oxide containing less than 1 ppm iron, and D0148 2 8 high-purity (99.999%) metallic mercury. The red oxide D0148 2 9 was deposited on a scored aluminium plate (grooves D0148 2 10 1mm wide, 1 mm deep and 0.5 mm apart). About 2 g of D0148 2 11 powder are packed onto a surface of 40 cm2 then D0148 2 12 covered with a 10 u-m thick aluminium film. D0148 2 13 HISTORY (20160518A) VS. SF8: DT->EOB. D0148 2 14 ENDBIB 12 0 D0148 2 15 NOCOMMON 0 0 D0148 2 16 DATA 2 1 D0148 2 17 EN DATA D0148 2 18 MEV MUCI/MUA D0148 2 19 15. 410. D0148 2 20 ENDDATA 3 0 D0148 2 21 ENDSUBENT 20 0 D0148 299999 SUBENT D0148003 20160518 D104D0148 3 1 BIB 5 12 D0148 3 2 REACTION (80-HG-0(D,X)81-TL-200,,TTY,,EOB) D0148 3 3 DECAY-DATA (81-TL-200,1.4D) D0148 3 4 FACILITY (CYCLO,2UK HHL) 15 MeV deuterons Cyclotron or D0148 3 5 (VDGT,2FR SAC) 15 MeV deuterons Van de Graaf tandem D0148 3 6 SAMPLE The irradiated substances consisted of red mercury D0148 3 7 oxide containing less than 1 ppm iron, and D0148 3 8 high-purity (99.999%) metallic mercury. The red oxide D0148 3 9 was deposited on a scored aluminium plate (grooves D0148 3 10 1mm wide, 1 mm deep and 0.5 mm apart). About 2 g of D0148 3 11 powder are packed onto a surface of 40 cm2 then D0148 3 12 covered with a 10 u-m thick aluminium film. D0148 3 13 HISTORY (20160518A) VS. SF8: DT->EOB. D0148 3 14 ENDBIB 12 0 D0148 3 15 NOCOMMON 0 0 D0148 3 16 DATA 2 1 D0148 3 17 EN DATA D0148 3 18 MEV MUCI/MUA D0148 3 19 15. 233. D0148 3 20 ENDDATA 3 0 D0148 3 21 ENDSUBENT 20 0 D0148 399999 SUBENT D0148004 20160518 D104D0148 4 1 BIB 5 12 D0148 4 2 REACTION (80-HG-0(D,X)81-TL-201,,TTY,,EOB) D0148 4 3 DECAY-DATA (81-TL-201,3.08D) D0148 4 4 FACILITY (CYCLO,2UK HHL) 15 MeV deuterons Cyclotron or D0148 4 5 (VDGT,2FR SAC) 15 MeV deuterons Van de Graaf tandem D0148 4 6 SAMPLE The irradiated substances consisted of red mercury D0148 4 7 oxide containing less than 1 ppm iron, and D0148 4 8 high-purity (99.999%) metallic mercury. The red oxide D0148 4 9 was deposited on a scored aluminium plate (grooves D0148 4 10 1mm wide, 1 mm deep and 0.5 mm apart). About 2 g of D0148 4 11 powder are packed onto a surface of 40 cm2 then D0148 4 12 covered with a 10 u-m thick aluminium film. D0148 4 13 HISTORY (20160518A) VS. SF8: DT->EOB. D0148 4 14 ENDBIB 12 0 D0148 4 15 NOCOMMON 0 0 D0148 4 16 DATA 2 1 D0148 4 17 EN DATA D0148 4 18 MEV MUCI/MUA D0148 4 19 15. 84. D0148 4 20 ENDDATA 3 0 D0148 4 21 ENDSUBENT 20 0 D0148 499999 SUBENT D0148005 20160518 D104D0148 5 1 BIB 5 13 D0148 5 2 REACTION (80-HG-0(D,X)81-TL-202,,TTY,,EOB) D0148 5 3 DECAY-DATA (81-TL-202,12.D) D0148 5 4 FACILITY (CYCLO,2UK HHL) 15 MeV deuterons Cyclotron or D0148 5 5 (VDGT,2FR SAC) 15 MeV deuterons Van de Graaf tandem D0148 5 6 SAMPLE The irradiated substances consisted of red mercury D0148 5 7 oxide containing less than 1 ppm iron, and D0148 5 8 high-purity (99.999%) metallic mercury. The red oxide D0148 5 9 was deposited on a scored aluminium plate (grooves D0148 5 10 1mm wide, 1 mm deep and 0.5 mm apart). About 2 g of D0148 5 11 powder are packed onto a surface of 40 cm2 then D0148 5 12 covered with a 10 u-m thick aluminium film. D0148 5 13 HISTORY (20160518A) VS. SF8: DT->EOB. D0148 5 14 Decay data 81-TL-201->81-TL-202 D0148 5 15 ENDBIB 13 0 D0148 5 16 NOCOMMON 0 0 D0148 5 17 DATA 2 1 D0148 5 18 EN DATA D0148 5 19 MEV MUCI/MUA D0148 5 20 15. 21. D0148 5 21 ENDDATA 3 0 D0148 5 22 ENDSUBENT 21 0 D0148 599999 SUBENT D0148006 20160518 D104D0148 6 1 BIB 5 12 D0148 6 2 REACTION (80-HG-0(P,X)81-TL-199,,TTY,,EOB) D0148 6 3 DECAY-DATA (81-TL-199,7.4HR) D0148 6 4 FACILITY (CYCLO,2FR SAC)50 and 14MeV protons Cyclotron or D0148 6 5 (CYCLO,2FR CSN) compact Cyclotron D0148 6 6 SAMPLE The irradiated substances consisted of red mercury D0148 6 7 oxide containing less than 1 ppm iron, and D0148 6 8 high-purity (99.999%) metallic mercury. The red oxide D0148 6 9 was deposited on a scored aluminium plate (grooves D0148 6 10 1mm wide, 1 mm deep and 0.5 mm apart). About 2 g of D0148 6 11 powder are packed onto a surface of 40 cm2 then D0148 6 12 covered with a 10 u-m thick aluminium film. D0148 6 13 HISTORY (20160518A) VS. SF8: DT->EOB. D0148 6 14 ENDBIB 12 0 D0148 6 15 NOCOMMON 0 0 D0148 6 16 DATA 2 2 D0148 6 17 EN DATA D0148 6 18 MEV MUCI/MUA D0148 6 19 14. 250. D0148 6 20 50. 2600. D0148 6 21 ENDDATA 4 0 D0148 6 22 ENDSUBENT 21 0 D0148 699999 SUBENT D0148007 20160518 D104D0148 7 1 BIB 5 12 D0148 7 2 REACTION (80-HG-0(P,X)81-TL-200,,TTY,,EOB) D0148 7 3 DECAY-DATA (81-TL-200,1.4D) D0148 7 4 FACILITY (CYCLO,2FR SAC)50 and 14MeV protons Cyclotron or D0148 7 5 (CYCLO,2FR CSN) compact Cyclotron D0148 7 6 SAMPLE The irradiated substances consisted of red mercury D0148 7 7 oxide containing less than 1 ppm iron, and D0148 7 8 high-purity (99.999%) metallic mercury. The red oxide D0148 7 9 was deposited on a scored aluminium plate (grooves D0148 7 10 1mm wide, 1 mm deep and 0.5 mm apart). About 2 g of D0148 7 11 powder are packed onto a surface of 40 cm2 then D0148 7 12 covered with a 10 u-m thick aluminium film. D0148 7 13 HISTORY (20160518A) VS. SF8: DT->EOB. D0148 7 14 ENDBIB 12 0 D0148 7 15 NOCOMMON 0 0 D0148 7 16 DATA 2 2 D0148 7 17 EN DATA D0148 7 18 MEV MUCI/MUA D0148 7 19 14. 60. D0148 7 20 50. 730. D0148 7 21 ENDDATA 4 0 D0148 7 22 ENDSUBENT 21 0 D0148 799999 SUBENT D0148008 20160518 D104D0148 8 1 BIB 5 12 D0148 8 2 REACTION (80-HG-0(P,X)81-TL-201,,TTY,,EOB) D0148 8 3 DECAY-DATA (81-TL-201,3.08D) D0148 8 4 FACILITY (CYCLO,2FR SAC)50 and 14MeV protons Cyclotron or D0148 8 5 (CYCLO,2FR CSN) compact Cyclotron D0148 8 6 SAMPLE The irradiated substances consisted of red mercury D0148 8 7 oxide containing less than 1 ppm iron, and D0148 8 8 high-purity (99.999%) metallic mercury. The red oxide D0148 8 9 was deposited on a scored aluminium plate (grooves D0148 8 10 1mm wide, 1 mm deep and 0.5 mm apart). About 2 g of D0148 8 11 powder are packed onto a surface of 40 cm2 then D0148 8 12 covered with a 10 u-m thick aluminium film. D0148 8 13 HISTORY (20160518A) VS. SF8: DT->EOB. D0148 8 14 ENDBIB 12 0 D0148 8 15 NOCOMMON 0 0 D0148 8 16 DATA 2 2 D0148 8 17 EN DATA D0148 8 18 MEV MUCI/MUA D0148 8 19 14. 45. D0148 8 20 50. 123. D0148 8 21 ENDDATA 4 0 D0148 8 22 ENDSUBENT 21 0 D0148 899999 SUBENT D0148009 20160518 D104D0148 9 1 BIB 5 13 D0148 9 2 REACTION (80-HG-0(P,X)81-TL-202,,TTY,,EOB) D0148 9 3 DECAY-DATA (81-TL-202,12.D) D0148 9 4 FACILITY (CYCLO,2FR SAC)50 and 14MeV protons Cyclotron or D0148 9 5 (CYCLO,2FR CSN) compact Cyclotron D0148 9 6 SAMPLE The irradiated substances consisted of red mercury D0148 9 7 oxide containing less than 1 ppm iron, and D0148 9 8 high-purity (99.999%) metallic mercury. The red oxide D0148 9 9 was deposited on a scored aluminium plate (groovs D0148 9 10 1mm wide, 1 mm deep and 0.5 mm apart). About 2 g of D0148 9 11 powder are packed onto a surface of 40 cm2 then D0148 9 12 covered with a 10 u-m thick aluminium film. D0148 9 13 HISTORY (20160518A) VS. SF8: DT->EOB. D0148 9 14 Decay data 81-TL-201->81-TL-202 D0148 9 15 ENDBIB 13 0 D0148 9 16 NOCOMMON 0 0 D0148 9 17 DATA 2 1 D0148 9 18 EN DATA D0148 9 19 MEV MUCI/MUA D0148 9 20 50. 7.6 D0148 9 21 ENDDATA 3 0 D0148 9 22 ENDSUBENT 21 0 D0148 999999 SUBENT D0148010 20160518 D104D0148 10 1 BIB 5 10 D0148 10 2 REACTION (80-HG-0(P,X)81-TL-198-M,,TTY,,EOB) D0148 10 3 DECAY-DATA (81-TL-198-M,1.8HR) D0148 10 4 FACILITY (CYCLO,2FR CSN) 14,16 and 20MeV protons compact CyclotrD0148 10 5 (CYCLO,2FR SAC) variable-energy cyclotron D0148 10 6 SAMPLE The mercury metal is placed in a titanium cell of D0148 10 7 a depth of 3 mm and area of 20cm2, a 20 u-m titanium D0148 10 8 film and a 0.1 mm aliminium film covering the face D0148 10 9 directed towards the charged particle beam. The purposeD0148 10 10 of the latter film is to stiffen the former. D0148 10 11 HISTORY (20160518A) VS. SF8: DT->EOB. D0148 10 12 ENDBIB 10 0 D0148 10 13 NOCOMMON 0 0 D0148 10 14 DATA 2 3 D0148 10 15 EN DATA D0148 10 16 MEV MUCI/MUA D0148 10 17 14. 600. D0148 10 18 16. 1400. D0148 10 19 20. 2380. D0148 10 20 ENDDATA 5 0 D0148 10 21 ENDSUBENT 20 0 D0148 1099999 SUBENT D0148011 20160518 D104D0148 11 1 BIB 5 10 D0148 11 2 REACTION (80-HG-0(P,X)81-TL-198-G,M+,TTY,,EOB) D0148 11 3 DECAY-DATA (81-TL-198-G,5.34HR) D0148 11 4 FACILITY (CYCLO,2FR CSN) 14,16 and 20MeV protons compact CyclotrD0148 11 5 (CYCLO,2FR SAC) variable-energy cyclotron D0148 11 6 SAMPLE The mercury metal is placed in a titanium cell of D0148 11 7 a depth of 3 mm and area of 20cm2, a 20 u-m titanium D0148 11 8 film and a 0.1 mm aliminium film covering the face D0148 11 9 directed towards the charged particle beam. The purposeD0148 11 10 of the latter film is to stiffen the former. D0148 11 11 HISTORY (20160518A) VS. SF8: DT->EOB. D0148 11 12 ENDBIB 10 0 D0148 11 13 NOCOMMON 0 0 D0148 11 14 DATA 2 3 D0148 11 15 EN DATA D0148 11 16 MEV MUCI/MUA D0148 11 17 14. 370. D0148 11 18 16. 470. D0148 11 19 20. 870. D0148 11 20 ENDDATA 5 0 D0148 11 21 ENDSUBENT 20 0 D0148 1199999 SUBENT D0148012 20160518 D104D0148 12 1 BIB 5 10 D0148 12 2 REACTION (80-HG-0(P,X)81-TL-199,,TTY,,EOB) D0148 12 3 DECAY-DATA (81-TL-199,7.4HR) D0148 12 4 FACILITY (CYCLO,2FR CSN) 14,16 and 20MeV protons compact CyclotrD0148 12 5 (CYCLO,2FR SAC) variable-energy cyclotron D0148 12 6 SAMPLE The mercury metal is placed in a titanium cell of D0148 12 7 a depth of 3 mm and area of 20cm2, a 20 u-m titanium D0148 12 8 film and a 0.1 mm aliminium film covering the face D0148 12 9 directed towards the charged particle beam. The purposeD0148 12 10 of the latter film is to stiffen the former. D0148 12 11 HISTORY (20160518A) VS. SF8: DT->EOB. D0148 12 12 ENDBIB 10 0 D0148 12 13 NOCOMMON 0 0 D0148 12 14 DATA 2 3 D0148 12 15 EN DATA D0148 12 16 MEV MUCI/MUA D0148 12 17 14. 700. D0148 12 18 16. 1870. D0148 12 19 20. 2200. D0148 12 20 ENDDATA 5 0 D0148 12 21 ENDSUBENT 20 0 D0148 1299999 SUBENT D0148013 20160518 D104D0148 13 1 BIB 5 10 D0148 13 2 REACTION (80-HG-0(P,X)81-TL-200,,TTY,,EOB) D0148 13 3 DECAY-DATA (81-TL-200,1.4D) D0148 13 4 FACILITY (CYCLO,2FR CSN) 14,16 and 20MeV protons compact CyclotrD0148 13 5 (CYCLO,2FR SAC) variable-energy cyclotron D0148 13 6 SAMPLE The mercury metal is placed in a titanium cell of D0148 13 7 a depth of 3 mm and area of 20cm2, a 20 u-m titanium D0148 13 8 film and a 0.1 mm aliminium film covering the face D0148 13 9 directed towards the charged particle beam. The purposeD0148 13 10 of the latter film is to stiffen the former. D0148 13 11 HISTORY (20160518A) VS. SF8: DT->EOB. D0148 13 12 ENDBIB 10 0 D0148 13 13 NOCOMMON 0 0 D0148 13 14 DATA 2 3 D0148 13 15 EN DATA D0148 13 16 MEV MUCI/MUA D0148 13 17 14. 180. D0148 13 18 16. 350. D0148 13 19 20. 350. D0148 13 20 ENDDATA 5 0 D0148 13 21 ENDSUBENT 20 0 D0148 1399999 SUBENT D0148014 20160518 D104D0148 14 1 BIB 5 10 D0148 14 2 REACTION (80-HG-0(P,X)81-TL-201,,TTY,,EOB) D0148 14 3 DECAY-DATA (81-TL-201,3.08D) D0148 14 4 FACILITY (CYCLO,2FR CSN) 14,16 and 20MeV protons compact CyclotrD0148 14 5 (CYCLO,2FR SAC) variable-energy cyclotron D0148 14 6 SAMPLE The mercury metal is placed in a titanium cell of D0148 14 7 a depth of 3 mm and area of 20cm2, a 20 u-m titanium D0148 14 8 film and a 0.1 mm aliminium film covering the face D0148 14 9 directed towards the charged particle beam. The purposeD0148 14 10 of the latter film is to stiffen the former. D0148 14 11 HISTORY (20160518A) VS. SF8: DT->EOB. D0148 14 12 ENDBIB 10 0 D0148 14 13 NOCOMMON 0 0 D0148 14 14 DATA 2 3 D0148 14 15 EN DATA D0148 14 16 MEV MUCI/MUA D0148 14 17 14. 160. D0148 14 18 16. 270. D0148 14 19 20. 290. D0148 14 20 ENDDATA 5 0 D0148 14 21 ENDSUBENT 20 0 D0148 1499999 SUBENT D0148015 20160518 D104D0148 15 1 BIB 5 11 D0148 15 2 REACTION (80-HG-0(P,X)81-TL-202,,TTY,,EOB) D0148 15 3 DECAY-DATA (81-TL-202,12.D) D0148 15 4 FACILITY (CYCLO,2FR CSN) 14,16 and 20MeV protons compact CyclotrD0148 15 5 (CYCLO,2FR SAC) variable-energy cyclotron D0148 15 6 SAMPLE The mercury metal is placed in a titanium cell of D0148 15 7 a depth of 3 mm and area of 20cm2, a 20 u-m titanium D0148 15 8 film and a 0.1 mm aliminium film covering the face D0148 15 9 directed towards the charged particle beam. The purposeD0148 15 10 of the latter film is to stiffen the former. D0148 15 11 HISTORY (20160518A) VS. SF8: DT->EOB. D0148 15 12 Decay data 81-TL-201->81-TL-202 D0148 15 13 ENDBIB 11 0 D0148 15 14 NOCOMMON 0 0 D0148 15 15 DATA 2 3 D0148 15 16 EN DATA D0148 15 17 MEV MUCI/MUA D0148 15 18 14. 4.2 D0148 15 19 16. 7.6 D0148 15 20 20. 6. D0148 15 21 ENDDATA 5 0 D0148 15 22 ENDSUBENT 21 0 D0148 1599999 ENDENTRY 15 0 D014899999999