正在加载页面…
2013-12-03
Laboratory Studies on the Removal of Radon-Born Lead from KamLAND's Organic Liquid Scintillator
G. KeeferC. GrantA. PiepkeT. EbiharaH. IkedaY. KishimotoY. KibeY. KosekiM. OgawaJ. ShiraiS. TakeuchiC. MaugerC. ZhangG. SchweitzerB. E. BergerS. DazeleyM. P. DecowskiJ. A. DetwilerZ. DjurcicD. A. DwyerY. EfremenkoS. EnomotoS. J. FreedmanB. K. FujikawaK. FurunoA. GandoY. GandoG. GrattaS. HatakeyamaK. M. HeegerL. HsuK. IchimuraK. InoueT. IwamotoY. KamyshkovH. J. KarwowskiM. KogaA. KozlovC. E. LaneJ. G. LearnedJ. MaricicD. M. MarkoS. MatsunoD. McKeeR. D. McKeownT. MileticT. MitsuiM. MotokiK. NakajimaK. NakajimaK. NakamuraT. O'DonnellH. OgawaF. PiquemalJ. -S. RicolI. ShimizuF. SuekaneA. SuzukiR. SvobodaO. TajimaY. TakemotoK. TamaeK. TolichW. TornowHideki WatanabeHiroko WatanabeL. A. WinslowS. Yoshida
文献摘要
The removal of radioactivity from liquid scintillator has been studied in preparation of a low background phase of KamLAND. This paper describes the methods and techniques developed to measure and efficiently extract radon decay products from liquid scintillator. We report the radio-isotope reduction factors obtained when applying various extraction methods. During this study, distillation was identified as the most efficient method for removing radon daughters from liquid scintillator.
讨论
0讲解博客
生成讲解博客的中文版本
AI智能校验
生成AI智能校验的中文版本