本文对核电站核燃料循环的各环节的生产能力和成本进行了分析。
This article analyses the production capacity and its cost at various steps of nuclear fuel cycle.
氧气高炉进行大规模工业化生产，如果炉顶煤气循环利用，有望大幅度降低燃料消耗，节省成本。
If the oxygen blast furnace is produced in a commercial scale and top gas is recycled, it can significantly reduce fuel consumption and save cost.
同时相比放射性燃料的一次性使用（即用完就作为核废料填埋），循环利用核燃料会大大增加成本。
However, reprocessing is controversial because the extracted plutonium can be used to produce nuclear weapons. It also costs substantially more than using fuel once and then storing it as waste.
由于用稻壳为原料、碳酸钠循环使用、不需外加其它燃料，与传统方法相比，新工艺成本明显降低。
The production cost of new process was obviously lower than that of conventional method, because raw material was rice husk, sodium carbonate was used cyclically and fuel was not needed.
由于用稻壳为原料、碳酸钠循环使用、不需外加其它燃料，与传统方法相比，新工艺成本明显降低。
The production cost of new process was obviously lower than that of conventional method, because raw material was rice husk, sodium carbonate was used cyclically and fuel was not needed.
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