The buffer material in nuclear waste disposal was made up with pure bentonite or sand-bentonite mixture.
缓沖材料是高放废物地质处置库多重屏障系统重要组成部分。
Some mineralogical problems involving in natural and anthropogenic analogues studies in the field of nuclear waste disposal are described in this paper.
本文叙述了核废物地质处置研究领域中涉及天然和人为类似物研究中的一些矿物学问题。
Salt rock is regarded as the ideal host rock for nuclear waste disposal due to its advantageous geological conditions and physico-mechanical properties.
由于其有利的地质条件及优良的物理力学特性,盐巖被视为是核废料地质处置的理想场所。
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.
高温巖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巖体的力学行为进行深入细致研究。
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.
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。
It has important value in practical use in energy storage, geothermal resources development, nuclear waste disposal and other important areas.
它在热能贮存、地热资源开发和核废料处置等领域有重要的实用价值。