介绍了在实验性PWR堆上完成的深燃耗条件下测量反应性概况。
This paper introduced the general situation of the reactivity measurement on an experimental PWR under high burnup condition.
用耦合燃耗计算程序COUPLE2.0模拟得到了深燃耗气冷快堆的铀燃料循环的平衡态。
The coupled depletion calculation code COUPLE2.0 was used to get the equilibrium states of 300 MWt pebble bed GFR.
动力堆乏燃料由于其燃耗深，所以成分复杂，放射性强，从而给其后处理分析带来极大的困难。
Due to deep burn-up, the spent fuel of nuclear power reactors has not only complex composition, but also high-level radioactivity.
由于核电站动力堆乏燃料的燃耗深，对乏燃料后处理工艺技术提出了更高要求。
Because of increasing burnup of power reactor, more advanced technologies should be applied in the reprocessing of spent nuclear fuel.
由于核电站动力堆乏燃料的燃耗深，对乏燃料后处理工艺技术提出了更高要求。
Because of increasing burnup of power reactor, more advanced technologies should be applied in the reprocessing of spent nuclear fuel.
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