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ICRP 71 より Biokinetics of decay products of tellurium
Seiichi Ushikubo
@sushikubo
@myen ICRP 71: 5.18 Tellurium ".. many studies have been reported relating .. to its biokinetics following ingestion and injection .."
2013-09-11 00:11:39
Seiichi Ushikubo
@sushikubo
ICRP 71: ANNEX C. Biokinetics of decay products of tellurium and ... C.1. Radioiodine decay product of tellurium より引用 @sushikubo
2013-09-09 23:29:10
Seiichi Ushikubo
@sushikubo
ICRP 71 Annexe C (C1) ".. doses from decay products formed within the body following the intake of radioisotopes of tellurium ..."
2013-09-09 22:55:03
Seiichi Ushikubo
@sushikubo
ICRP71(C1) "... were evaluated based on the biokinetic behaviour of the specific decay product; so-called independent kinetics." @sushikubo
2013-09-09 22:56:09
Seiichi Ushikubo
@sushikubo
ICRP 71 (C1) "The independent behaviour of the decay products was discussed in ICRP Publications 67 and 69" @sushikubo
2013-09-09 22:58:51
Seiichi Ushikubo
@sushikubo
ICRP 71 (C1) "The first four transfers in Table C.1 remove iodine ..." @sushikubo http://t.co/qe0VX5wAD1
2013-09-09 23:03:39
拡大
Seiichi Ushikubo
@sushikubo
ICRP 71 (C1) "... from the compartments of its birth in the tellurium biokinetic model to the transfer compartment (Blood)" @sushikubo
2013-09-09 23:05:30
Seiichi Ushikubo
@sushikubo
Tellurium による内部被ばくについては、ICRP 71 Part 4 (1995) のAnnexe C. Biokinetics of decay products of tellurium .. という付属文書で検討されているので、係数に折り込み済みなんだろうな。
2013-08-17 22:55:31CONTRIBUTIONS OF SHORT-LIVED RADIOIODINES TO THYROID DOSES
Seiichi Ushikubo
@sushikubo
@myen チェルノブイリ事故の進展による核種の割合の変化 https://t.co/pyK8GK6ph5 https://t.co/bqGukzWL7f @sushikubo
2013-09-11 01:04:09V. Minenko (2000) "Chernobyl Accident: Revision of individual Thyroid Dose Estimates for the Children included in the Cohort of the Belarusian-American Study
Seiichi Ushikubo
@sushikubo
V. Minenko (2000) "Chernobyl Accident: Revision of individual Thyroid Dose Estimates ..." http://t.co/6TtVulxTXt (抄録だけど)
2013-08-18 14:05:58
Seiichi Ushikubo
@sushikubo
Minenko (2000) ".. contributions from four sources: .. 131-I ... short-lived radioiodines .. 132-Te the precursor of 132I-; .." @sushikubo
2013-08-18 14:13:58
Seiichi Ushikubo
@sushikubo
Minenko (2000) "The contribution ... to all other radionuclides is not more than 10% of the thyroid dose caused by 131-I." @sushikubo
2013-08-18 14:16:28Gavrilin Y. (2004) "Individual thyroid dose estimation for a case-control study of Chernobyl-related thyroid cancer among children of Belarus-part I: 131I, short-lived radioiodines (132I, 133I, 135I), and short-lived radiotelluriums (131MTe and 132Te)."
Seiichi Ushikubo
@sushikubo
論文としては、Gavrilin Y (2004) "Individual thyroid dose estimation for a case-control study ..." http://t.co/aPnjTqaZbE @sushikubo
2013-08-18 14:20:51
Seiichi Ushikubo
@sushikubo
Gavrilin "The ratios of the estimated thyroid doses from the short-lived radionuclides and from I .. range from 0.003 to 0.1 .." @sushikubo
2013-08-18 14:26:35Likhtarov I. (2005) "Post-Chornobyl thyroid cancers in Ukraine. Report 1: estimation of thyroid doses."
Seiichi Ushikubo
@sushikubo
Likhtarov I (2005) "Post-Chornobyl thyroid cancers in Ukraine. Report 1: ..." http://t.co/881PyuLnLL
2013-08-18 14:34:22
Seiichi Ushikubo
@sushikubo
Likhtarov "Previous studies indicate that the thyroid doses produced by these radionuclides were a relatively small fraction .." @sushikubo
2013-08-18 14:37:17
Seiichi Ushikubo
@sushikubo
Likhtarov "This paper is therefore focused on a detailed evaluation of thyroid doses from 131-I" @sushikubo
2013-08-18 14:38:45UNSCEAR 2008 ANNEX D
Seiichi Ushikubo
@sushikubo
UNSCEAR 2008 ANNEX D, B57 "the contribution of the short-lived radionuclides was estimated to have been up to 20% of the 131I thyroid dose"
2013-08-18 14:47:03
Seiichi Ushikubo
@sushikubo
UNSCEAR 2008 D B57 "... if the radionuclide intake occurred only via inhalation" @sushikubo
2013-08-18 14:49:09