... substoichiometric IDA 亚化学计量同位素稀释分析 subterranean disposal 地下处置 sulfur-35 硫-35 ...
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... werete disposal in the ground 废物土地处置 ground disposal 地下处置 ground disposal 埋地处理 ; 地下处置 ; 地下【废料】处置 ...
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... underground corrosion 地下腐蚀 underground disposal 地下处置；地下放置 underground distribution 地下配电 ...
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... ground disposal of effluent 排出物的地下处置 ; 流出物地下处置 ground disposal facility 地下处置设施 disposal ground 地下处置 ...
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排出物的地下处置 ground disposal of effluent
地下处置设施 ground disposal facility ; facility ground disposal
地下处置区 ground disposal area ; area ground disposal
地下处置法 [建] subsurface disposal
流出物地下处置 ground disposal of effluent
CO2地下处置 carbon dioxide disposal into deep stratum
放射性废物的地下处置 subterranean disposal
地下废物处置 underground waste disposal
地下【废料】处置 ground disposal
花岗岩介质是核废料地下处置的理想介质之一。
Granite is one of an ideal geological medium in which nuclear waste can be disposed.
因此，为保证核废料地下处置的安全性，研究盐岩在一定温度条件下的物理力学特性十分重要。
So the study of the physical and mechanical properties of heated salt rock is important and essential to ensure the safety of nuclear wastes disposed in salt rock.
高温岩体地热开发及核废料的地下处置等需要对高温高压下花岗岩体的力学行为进行深入细致研究。
Extracting heat from hot dry rock (HDR) and nuclear waste disposal both need researches on granite mechanical characteristics at high temperature and high pressure in depth.
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