论文部分内容阅读
【《日本原子》1988年第32卷第5期第9页报道】目前,日本在铀浓缩方面取得的进展有:气体离心论证工厂(100吨分离功/年)开始运行;分子激光同位素分离法原理论证成功;和用化学法制得铀-235丰度为3％的低浓铀等。气体离心法目前处于商业化前阶段。估计,日本对铀浓缩服务需求在2000年以前至少为7000吨分离功/年,到2030年,则将超过10000吨分离功/年。日本的电力公司已与美国能源部和设在法国的欧洲扩散公司
[Japan Atoms, 1988, Vol. 32, No. 5, Page 9] Currently, Japan has made progress in uranium enrichment: gas centrifuge demonstration plant (100 tons segregation work/year) has begun operation; molecular laser isotope separation The original theory proved successful; and chemically produced low enriched uranium with a uranium-235 abundance of 3%. Gas centrifugation is currently in the pre-commercial stage. It is estimated that Japan’s demand for uranium enrichment services will be at least 7,000 tons of segregated power/year before 2000, and by 2030 it will exceed 10,000 tons of segregated power/year. Japan’s power companies have joined the US Department of Energy and European diffusion companies based in France