Molten salt actinide recycler and transforming system without and with Th-U support: Fuel cycle flexibility and key material properties
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- 作者：V. Ignatiev ; O. Feynberg ; I. Gnidoi ; A. Merzlyakov ; A. Surenkov ; V. Uglov ; A. Zagnitko ; V. Subbotin ; I. Sannikov ; A. Toropov ; V. Afonichkin ; A. Bovet ; V. Khokhlov ; V. Shishkin ; M. Kormilitsyn ; A. Lizin ; A. Osipenko
- 关键词：BARC ; Bhabha Atomic Research Center ; India ; CR ; conversion ratio ; CV ; cyclic voltammogram ; EFPY ; equivalent full power year ; ISTC ; International Science and Technical Centre ; Moscow ; Russia ; IGC ; intergranular cracking ; KI ; Kurchatov Institute ; Russia ; LWR ; light water reactor ; MA ; minor actinides ; MARS ; minor actinides recycling in salts ; Rosatom R&D project ; 2010&ndash ; 2013 ; Russia ; MOSART ; molten salt actinide recycler transforming and system ; developed at KI ; Russia ; MOX ; mixed oxide fuel ; M
- 刊名：Annals of Nuclear Energy
- 出版年：February, 2014
- 年：2014
- 卷：64
- 期：Complete
- 页码：408-420
- 全文大小：2017 K
文摘
A study is under progress to examine the feasibility of MOlten Salt Actinide Recycler and Transforming (MOSART) system without and with U-Th support fuelled with different compositions of transuranic elements (TRU) trifluorides from spent LWR fuel. New design options with homogeneous core and fuel salt with high enough solubility for transuranic elements trifluorides are being examined because of new goals. The paper has the main objective of presenting the fuel cycle flexibility of the MOSART system while accounting technical constrains and experimental data received in this study. A brief description is given of the experimental results on key physical and chemical properties of fuel salt and combined materials compatibility to satisfy MOSART system requirements.