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首页> 外文期刊>Spectrum, IEEE >Energy/power: The fast-breeder reactor: When, where, why, and hew? An LMFBR plant will be built and the HTGR is under study; The factors involved are efficiency and safety
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Energy/power: The fast-breeder reactor: When, where, why, and hew? An LMFBR plant will be built and the HTGR is under study; The factors involved are efficiency and safety

机译:能源/功率:快速反应堆:何时,何地,为什么以及如何?将建造一个LMFBR工厂,正在研究HTGR;涉及的因素是效率和安全性

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摘要

Discusses the efficiency, safety and natural resources aspects of the liquid metal fast breeder reactor. Essentially, the LMFBR will utilize about 70 percent of the potential energy in uranium ore. By contrast, only 1 to 2 percent of the potential energy of uranium is utilized in fission reactors; the remainder consists of waste tailings. The proponents of the LMFBR contend that, when this type of breeder is established as an operational entity in the power industry, the sharp increase in uranium requirements we are presently witnessing will fall off sharply.
机译:讨论了液态金属快中子增殖堆的效率,安全性和自然资源方面。本质上,LMFBR将利用铀矿石中约70%的势能。相比之下,裂变反应堆仅利用铀势能的1%至2%。其余部分为废渣。 LMFBR的支持者认为,当这种育种者被确立为电力行业的运营实体时,我们目前目睹的铀需求的急剧增加将急剧下降。

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