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【西德《原子经济新闻》1987年第6期第5页报道】1987年4月,在卡尔斯鲁厄核研究中心开始了高放废物玻璃固化原型熔炉的首批试验。这套系统打算用来玻璃固化瓦克尔斯多夫后处理厂产生的高放废液,目的是为最终处置作准备。这套装置正在仿真条件下试验。它的生产量、废气净化方案和遥控处理都与工厂实际的运行条件一样。在“冷”试验期间,用稳定同位素来模拟放射性裂变产物。熔炉的建成标志着在比利时莫尔
[Atomic Economy News, West Germany, 1987, No. 6, page 5] In April 1987, the first tests of high solid waste glass-cured prototype furnaces were initiated at the Nuclear Research Center in Karlsruhe. The system is intended to be used to cure high-level waste liquids from Wackersdorf reprocessing plant with the aim of preparing for final disposal. This device is being tested under simulation conditions. Its production volume, exhaust gas purification program and remote control processing are all the same as the actual operating conditions of the factory. During the “cold” test, radioactive isotopes were simulated with stable isotopes. The completion of the furnace marks the formation of a mole in Belgium