Metabolic pathway identification and clearance Recommendations from the workshop for in vitro assays分析和总结分析和总结.docx

Metabolic pathway identification and clearance Recommendations from the workshop for in vitro assays分析和总结分析和总结.docx

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PurchaseEnhancing TRU burning and Am transmutation in Advanced Recycling Reactor Original Research Article Purchase Nuclear Engineering and Desig,nIn Press, Corrected Proof ,Available online 1 March 2011 Kazumi Ikeda, Richard A. Kochendarfer, Hiroyuki Moriwaki, Shigeru Kunishima Show preview | Related articles|Related reference work articles Research highlights This ARR is an oxide fueled sodium cooled reactor based on innovative technologies to destruct TRU. TRU burning core is designed to burn TRU at 28kg/TW thh, adding moderator pins of4CB(Enriched B-11). Am transmutation core can transmute Am at 34kg/TW thh, adding uranium free AmN blanket to TRU burning core. The TRU burning core improves TRU burning by 40–50% than the previous core. The Am transmutation core can transmute Am effectively, keeping the void reactivity acceptable. PurchaseEconomic evaluation based policy analysis for coalbed methane industry in China Original Research Article Purchase Energy ,Volume 36, Issue 1,January 2011,Pages 360-368 D.K. Luo, Y.J. Dai, L.Y. Xia Close preview | Related articles|Related reference work articles Abstract |Figures/Tables |References Abstract Coalbed methane (CBM) is a kind of unconventional natural gas. China has abundant CBM resource and its CBM industry is expected to prosper in the future. However, Chin’a s currently imperfect CiBnMdustry policy still needs to be further improved to support the sustainable development of CBM industry. To provide recommendations for policy makers, economic evaluation is conducted to find out the overall economic viability ’ofs CChBiMnaresource and the factors with most impact on the economic viability of CBM resource. The results show that there is still about 42% of ’ChsinCaBM resource uneconomic to develop under current industry policy and that the three factors with most impact on the economic viability of CBM resource are CBM price, production rate and operating costs. And then, policy scenario analysis is conducted to test

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