underground disposal

英 [ˌʌndəˈɡraʊnd dɪˈspəʊzl] 美 [ˌʌndərˈɡraʊnd dɪˈspoʊzl]

地下处理

化学



双语例句

  1. Jones has reported the use of a holding pond and controlled discharge of chloride waste, where underground disposal was prohibited.
    琼斯报道了在禁止地下处置的情况下,采用收集池和控制含氯化物废水的排放。
  2. "One Network": improving the laying of underground sewage disposal pipes so as gradually to achieve" one network for one city ".
    “一网”完善地下排污管网的铺设,逐步形成“一城一网”。
  3. Changes in Cultivated Land Utilization Pattern and Countermeasures in South Jiangsu; Research of Geologic Storage of Carbon Dioxide Underground Disposal in the South of Jiangsu Province
    江苏省苏南地区耕地利用变化特征及其对策苏南地区温室气体CO2地质处置的探讨
  4. This paper, analysing the effect of underground water and stability of slope etc, expatiate the reason caused this problems and the ways of disposal it, when construction in Tertiary conglomerate.
    文章简要分析和论证了在第三系砾岩、粘土岩中施工时遇到的问题和处理方法,以及地下水对边坡稳定性的影响。
  5. Low permeable media are the ideal natural barrier resisting the underground migration of harmful materials. So it becomes the first selected host rock for high-level radioactive waste disposal repository.
    低渗透介质是阻碍有害物质在地下迁移良好的天然屏障,因此成为高放废物处置库围岩类型的首选。
  6. Well cementing technique of mud to cement ( MTC) by slag can not only reduce the cost of cementing but also make the mud-the pollutant of drilling engineering be directly buried underground, which avoids environmental contamination and economizes on waste mud disposal cost.
    用矿渣将泥浆转化成水泥浆(MTC)固井技术不仅能降低固井成本,而且能将钻井工程的污染物&泥浆填入地下。减少了对环境的污染也节约了废弃泥浆的处理费用。
  7. Research on Transition Layer Mining During Conversion from Open-pit Mining to Underground Mining and Disposal Plans
    露天转地下过渡层开采及处理方案研究
  8. Grey-clustering analysis of quality of underground water contaminated by leaching water in waste disposal area
    排土场淋溶水对地下水质影响的灰色聚类分析
  9. Underground Disposal of Waste in Coal Mine
    煤矿矸石井下处理的研究
  10. An extensive programme of coupled THM analyses simulating the behaviour of the near field in a scheme for the underground disposal of high level radioactive waste is presented.
    并提出用于模拟高放废物地下处置体系附近场地性状的热–水–力耦合分析通用程序。
  11. The key of underground works is the disposal of underground works 'waterproof and dampproof, treating it properly whether or not is related with the use of underground building and its life.
    地下工程的防水防潮处理是地下工程的关键,处理是否得当将关系到一个地下建筑的使用及其寿命。
  12. Taking into account the variation of the elastic modulus and Poisson-ratio of granite with temperature, the finite element analysis software ANSYS was used to study the thermal stress field of underground disposal repository of nuclear waste under different temperatures.
    在考虑了花岗岩弹性模量和泊松比随温度变化的基础上,利用有限元软件ANSYS对核废料处置库在不同温度下的温度应力场进行研究。
  13. Thus, it provides effective method for the prevention of unclear waste pollution from entering the biosphere and affecting the living surroundings of human beings. The study is of both theoretic and practical significance in the site choosing and designing of the underground disposal of nuclear waste.
    为研究防止核废料污染进入生物圈影响人居环境提供了有效方法依据,并对核废料贮置选址、设计具有重要理论和实际意义。
  14. This paper reviews briefly the chemistry and migration behaviour of radionuclides in geologic system related to the underground disposal of radioactive waste.
    本文简要地综述了与放射性废物地质处置有关的地质体系中放射性核素的化学与迁移行为。着重讨论了自然水体系中的锕系元素化学;
  15. Underground mine water disposal method and water supply system
    矿井水井下处理、利用的工艺系统
  16. Pre-Driven Roadway in Fault and Underground Disposal of Associated waste
    预掘巷过断层及其矸石井下处理技术
  17. The author analyzes in this article the present situation and sewage treatment at Longdong Campus and introduces the integrated underground system of living sewage disposal and its design analysis and the determination of the proposal.
    针对广州大学龙洞校区污水现状和污水处理条件分析,确定了埋地式一体化生活污水处理系统的设计方案。
  18. Decrease carbon dioxide emission into the atmosphere& underground disposal of carbon dioxide
    减少二氧化碳向大气层的排放&二氧化碳地下储存研究
  19. Simulation of water flow and radionuclide migration is an important problem of the safety assessment for the underground disposal of radioactive waste.
    水流运移和放射性核素迁移的模拟预测是放射性废物地下处置安全评价的重要问题。
  20. Underground water in the fracture has been imperiled by serious pollution, such as the leakage caused by nuclear waste disposal 、 landfill leachate 、 sea water intrusion and oil pipeline aging.
    由于如核废料的地质贮存、垃圾填埋场造成的污水下渗、海水入侵、输油管道老化而引起的渗漏等原因,裂隙岩体地下水可能受到严重污染的威胁。