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Uranium to Electricity: The Chemistry of the Nuclear Fuel Cycle

机译:铀电:核燃料循环的化学

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摘要

Expanded use of nuclear power is currently being con-sidered as a no-carbon-emission energy source to reduce theharmful effects of climate change (1). Currently nuclear powersupplies 19.4% of U.S. electricity (2) and 14% globally (3).Many nations, including the United States, are consideringthe construction of new nuclear facilities to both expand andmaintain generating capacity. Some environmentalists whopreviously opposed the nuclear option have now embraced it,but opposition remains. Any substantive discussion of the prosand cons of nuclear power as a source of electricity requires someknowledge of the nuclear fuel cycle (Figure 1).
机译:目前,人们认为扩大核能的使用是一种无碳排放的能源,以减少气候变化的有害影响(1)。目前,核能占美国电力的19.4%(2)和全球14%(3)。包括美国在内的许多国家正在考虑建造新的核设施以扩大和保持发电能力。一些以前反对核选择的环保主义者现在接受了它,但是反对仍然存在。关于将核能作为电力来源的利弊进行任何实质性讨论,都需要对核燃料循环有所了解(图1)。

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