核能比天然气的污染少，但是成本太高，而且因为放射性废物处置存在的高度危险性而被美国上下置疑。
Nuclear energy is less polluting than gas from a climate-changing perspective, but it is costly and viewed skeptically in the United States because of the dangers of disposing of radioactive waste.
实验结果表明，该放射性废物处置预选场址土壤对铀的最大吸附率为54.75%，吸附性能较差。
The experiment results show that the maximal adsorption rate of uranium in the soil of the primary election nuclear waste disposal field is 54.75%, but adsorption properties are not so good.
介绍了用于放射性废物处置系统安全评价的AMBER软件的应用范围、特点、使用限制和步骤，及其所包含的几个应用实例。
This paper describes the application, features, use limitation, use process and applied examples of AMBER software used for safety assessment of radioactive waste disposal system.
反应堆退役将产生大量放射性废物金属，熔炼处理可使其减容、再循环再利用，以大量减少放射性废物处置量，回用绝大部分金属。
The melting treatment can be used for the volume reduction, the recycle and reuse of the radioactive scrap to reduce the mass of the radioactive waste disposal and to reuse most of the metal.
禁止在内河水域和海洋上处置放射性固体废物。
The disposal of solid radioactive waste in inland waters or oceans is prohibited.
禁止未经许可或者不按照许可的有关规定从事贮存和处置放射性固体废物的活动。
Engaging in activities for the storage or disposal of solid radioactive waste without a licence or at variance with the relevant provisions of the licence is prohibited.
非饱和水通过双层孔隙介质的渗流对于放射性废物近地表处置库的顶盖设计具有重要意义。
It is of very important significance to understand unsaturated water vadose through two layer porous media in design of cover of near surface repository of radioactive waste.
我国放射性废物的处置与研究较为滞后，需在处置场选址规范体系、核素运移试验以及模拟技术等方面取得突破和提高。
DRW in China has been relatively poorly studied and work needs to be improved in such aspects as site selection standard series, experimental techniques and modeling approaches.
我国放射性废物的处置与研究较为滞后，需在处置场选址规范体系、核素运移试验以及模拟技术等方面取得突破和提高。
DRW in China is relatively poorly studied and works need to be improved including site selection standard series, experimental techniques and modeling approaches.
另外，放射性核素在固-液界面吸附行为研究可为高放废物地质处置库的性能评价和安全评价提供基础数据。
The studies on physiochemical behaviors of radionuclides on solid-water interface are of importance for the performance and safety assessment of high-level radioactive repository.
另外，放射性核素在固-液界面吸附行为研究可为高放废物地质处置库的性能评价和安全评价提供基础数据。
The studies on physiochemical behaviors of radionuclides on solid-water interface are of importance for the performance and safety assessment of high-level radioactive repository.
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