CAJ | 학술논문

富含6Li 的锂基陶瓷 Li2TiO3以其可观的锂原子密度、低活化性、优异的化学稳定性、与结构材料良好的相容性以及良好的氚低温释放性能,被公认为是一种综合性能优良、最具前途的固体氚增殖剂之一.详细评述国内外固相反应法及各种湿化学法合成Li2TiO3粉末的研究现状,以及固相法、间接湿法和直接湿法制备Li2TiO3陶瓷小球的工艺现状及研究进展,并对其优缺点进行比较,探讨Li2TiO3陶瓷小球制备的未来发展方向.
부함6Li 적리기도자 Li2TiO3이기가관적리원자밀도、저활화성、우이적화학은정성、여결구재료량호적상용성이급량호적천저온석방성능,피공인위시일충종합성능우량、최구전도적고체천증식제지일.상세평술국내외고상반응법급각충습화학법합성Li2TiO3분말적연구현상,이급고상법、간접습법화직접습법제비Li2TiO3도자소구적공예현상급연구진전,병대기우결점진행비교,탐토Li2TiO3도자소구제비적미래발전방향.
@@@@Lithium titanate (Li2TiO3) enriched with 6Li is considered to be one of the most promising solid tritium breeders because of its reasonable lithium atom density, low activation, excellent chemical stability, good compatibility with structural materials and good tritium release characteristics at low temperatures. Recent studies on the research progress in synthesis of Li2TiO3 powders using solid reaction method and wet chemical methods were reviewed. The research progress in fabrication of Li2TiO3 pebbles using solid method, indirect-wet method and direct-wet method was reviewed and the advantages and disadvantages of different fabrication methods were compared. The developmental trends of the fabrication of Li2TiO3 pebbles were discussed.