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涌漏水
相关语句
  water inflow
     Water inflow disaster often occurs during tunnel construction, which affects the construction or operation safety greatly.
     隧道施工过程中经常发生隧道涌(漏)水现象,对施工或运营安全可能造成较大影响。
短句来源
  water inflow disaster
     Water inflow disaster often occurs during tunnel construction, which affects the construction or operation safety greatly.
     隧道施工过程中经常发生隧道涌(漏)水现象,对施工或运营安全可能造成较大影响。
短句来源
  相似匹配句对
     They always connected water with their attitude.
    
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     Water
    
短句来源
     Management of water flush accident at breakage face
     回采工作面事故的处理
短句来源
     MEASURES AGAINST AMMONIA LEAKAGE IN CIRCULATING WATER SYSTEM
     循环系统氨的对策
短句来源
     Treatment method of severe water gushing in tunnel
     隧道特大的治理方法
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  water inflow
Calculation of ground water inflow to wells in river valleys with account for silt content and nonuniformity of the channel depo
      
A Method for the Investigation of Fast Water Inflow and Outflow by Changes in the External Osmotic Pressure
      
Rapid Water Inflow and Outflow in Plants with Roots Treated with Salt Solutions of Various Concentrations
      
A new highly sensitive and rapidly responding gravimetric method was used for the investigation of rapid responses manifesting in water inflow and outflow from roots in the intact seedlings of tomato Lycopersicon esculentumMill.
      
The notable characteristics of water inflow and outflow included a very short lag period, a gradual pattern, and a low selectivity to different salts.
      
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Geological hazards , usually occur in tunnels and other under - ground works . It is a formidable enemy in construction of tunnels. So, inquiring into the law of occurrence and development of the tunnel geological hazard and further studying its monitor system and counter-measures are of great significance for construction of tunnels. In this paper, tunnel gelogical hazards are divided into four types: deformation and break of the surrounding rock, water inflow and water leakage, ground settling and subsidence,...

Geological hazards , usually occur in tunnels and other under - ground works . It is a formidable enemy in construction of tunnels. So, inquiring into the law of occurrence and development of the tunnel geological hazard and further studying its monitor system and counter-measures are of great significance for construction of tunnels. In this paper, tunnel gelogical hazards are divided into four types: deformation and break of the surrounding rock, water inflow and water leakage, ground settling and subsidence, and others (such as pernicious gases, high terrestrial temperature, earthquake and so on). On the basis of summarzation of main tunnel hazards in China, the technological methods predicting where and when tunnel geological hazards will occur are also discussed. Finally, countermeasures for different types of tunnel geological hazards are introduced respectively by analysing examples.

普遍存在于隧道及其它地下工程中的地质灾害,是隧道工程建设的大敌。因此,探讨隧道地质灾害的发生发展规律,研究其监测系统及防治对策,对隧道工程建设将具有重要的意义。本文在概述我国铁路建设中主要隧道地质灾害的基础上,将隧道地质灾害划分为四种类型,即围岩的变形与破坏、涌漏水、地表沉陷及其它(如有害气体、高地温、地震等),同时探讨了隧道地质灾害预测预报的技术方法。最后,采用例析方法介绍了不同类型隧道地质灾害的防治对策。

Application research on drilling technology to loose rock formation”is one of the research projects conducted by the Bureau of Geology of China National Nuclear Cooperation during the tenth five-year plan.This paper presents its progress and principal achievements,including fundamental theory about drilling in sedimentary rocks,comprehensive technology for preventing water gushing and leakage from drill holes,drilling technology in winter,core recovery technology from loose rock formation,technology of coring...

Application research on drilling technology to loose rock formation”is one of the research projects conducted by the Bureau of Geology of China National Nuclear Cooperation during the tenth five-year plan.This paper presents its progress and principal achievements,including fundamental theory about drilling in sedimentary rocks,comprehensive technology for preventing water gushing and leakage from drill holes,drilling technology in winter,core recovery technology from loose rock formation,technology of coring drilling in pebble-bearing and gravel-bearing rock formations,technology of special hydrogeological well drilling and drilling of in-situ leach technological borehole,non-core drilling technology etc.

“松散岩层钻探技术应用研究”是核工业地质局“十五”铀矿地质科研课题之一。本文主要介绍该课题的研究进展情况, 并从沉积岩基础理论研究、钻孔涌漏水综合治理技术、冬季施工技术、松散岩层取心技术研究、卵砾石层取心钻进技术研究、专门水文地质孔与地浸工艺钻孔施工技术研究、无岩心全面钻进技术研究7个方面介绍了课题取得的主要研究成果。

 
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