R&D activities based on fast reactor cycle technologies for transmutation of TRU and LLFP by JNC-Reference-Cited by-同舟云学术

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R&D activities based on fast reactor cycle technologies for transmutation of TRU and LLFP by JNC

Published:2002-04 Issue:3-4 Volume:40 Page:349-356
ISSN:0149-1970
Container-title:Progress in Nuclear Energy
language:en
Short-container-title:Progress in Nuclear Energy

Author:

Aizawa Kiyoto

Publisher

Elsevier BV

Subject

Waste Management and Disposal,Energy Engineering and Power Technology,Safety, Risk, Reliability and Quality,Nuclear Energy and Engineering

Reference7 articles.

1. En hancing actinide separation by consolidated PUREX and TRUEX process intensified by salt-free requisite;Ozawa,1995

2. Trivalent f-element intragroup separation by solvent extraction with CMPO-complexant system;Koma;J.Nucle.Sci.Eng.,1998

3. Electrolytic extraction of fission noble metals for waste minimizing in advanced actinide separation system;Sano,1998

4. Feasibility Studies on Plutonium and Minor Actinide Burning in Fast Reactors;Wakabayashi;Nuclear Technology,1997

5. Study on MA and FP Transmutation in Fast Reactors;Wakabayashi;Progress in Nuclear Energy,1998

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1. Impact of the cation distribution homogeneity on the americium oxidation state in the U0.54Pu0.45Am0.01O2− mixed oxide;Journal of Nuclear Materials;2015-01

2. ESTIMATIONS OF HEAT CAPACITIES FOR ACTINIDE DIOXIDE: UO2, NpO2, ThO2, AND PuO2;Nuclear Engineering and Technology;2014-12

3. ELEMENTAL AND MIXED ACTINIDE DIOXIDES: AN AB INITIO STUDY;Journal of Theoretical and Computational Chemistry;2012-06

4. Preparation and characterization of the simulated burnup americium-containing uranium–plutonium mixed oxide fuel;Journal of Nuclear Materials;2012-01

5. Thermal conductivity of (U,Pu,Np)O2 solid solutions;Journal of Nuclear Materials;2009-05

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