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场地地质
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  site geological
     Our construction practice has proved that the choice of flexible blasting methods, optimizing blasting parameters, careful choice of the blasting points and making full use of the site geological conditions are the effective measures to ensure construction safety.
     施工实践表明灵活选择爆破方法、优化爆破参数、慎重选择炮位和最小抵抗线方向、充分利用场地地质条件等方法是保证施工安全的有效措施。
短句来源
  geologic site
     The geologic site condition and original foundation design and pile foundation accident appearance is described. The pile foundation accident is analyzed. The treatment method and strengthening design effect of this pile foundation accident is mainly analyzed.
     针对武汉某大厦介绍了其场地地质条件、原基础设计及桩基事故现象 ,分析了桩基发生事故的原因 ,着重阐述了对该桩基事故的处理措施和加固设计效果 ,为同类基础的施工及处理提出了可供借鉴的方法
短句来源
     The original foundation design of the building,the geologic site condition and pile foundation accident is described concisely. The treatment method and the effectiveness on the pile foundation accident is majorly illustrated.
     介绍了建筑物原基础设计情况、场地地质条件及桩基事故,概述了事故的处理方法和处理效果。
短句来源
  site geology
     The macro-intensity investigation cambining with survey of seismo-geology and engineering-geology conditon concerning Gengma M=7.2 earthquake on Nov.6,1988 show that the fault running north-west on northern slope of Gengma Town is the main cause of high intensity anomaly in the town,and different vulnerability of site geology is the major factor causing obvious difference on building damages.
     本文通过耿马县城1988年11月6日7.2级地震的宏观烈度考察,结合县城区的地震地质及工程地质环境的综合调查研究表明:耿马县城北坡北西向断层的存在是造成耿马县城高烈度异常的主要原因,县城场地地质因素的地震易损性指数的分区性是造成县城区建筑物破坏强度出现明显地区性差异的重要因素。
短句来源
     The structure characteristic, foundation design, site geology situation and piles accidents on construction are introduced. The reasons that accidents are caused are analyzed. Treatment methods about foundation consolidation are mainly explained.
     介绍了某高层建筑物结构特征、原基础设计、场地地质状况及施工时出现的桩基事故 ,分析了产生事故的原因 ,重点说明了该工程地基加固处理的方法 ,对软弱土地基处理施工应注意的问题提出了建议
短句来源
  “场地地质”译为未确定词的双语例句
     The geological condition,seismic wave test and dynamic parameter analysis are the important contents of feasibility research of the site of a nuclear power.
     场地地质条件、地震波测试及动态参数分析是核电工程场地可行性研究的重要内容。
短句来源
     1.the normal engineering geologic conditions of foundation pits in Chengdu area;
     1.成都地区常见的基坑开挖场地地质条件;
短句来源
     This paper gives an introduction to the geological condition on site, design, technical requirements for construction and monitoring method for PHC pile based on an example of a large PHC pile construction project under complex geological condition,analyses the technical features of PHC pile and main measures taken in construction.
     本文结合位于复杂地质条件下某大型PHC桩工程实例应用,介绍了场地地质条件和管桩设计情况、施工技术要求与主要检测方法,分析了PHC桩的技术特点和施工中应采取的主要措施。
短句来源
     Silo is an industrial construction project,because of its proportion high to width is big and the vertical load also,and due to income and outlet of grain. It has horizontal load too. So its foundation design is very complex.
     在立筒库这种工业建筑建设工程中,因高宽比较大、竖向荷载大、有水平荷载、进出粮动荷载作用等特点,使其基础设计较为复杂,如遇场地地质环境多元化、地基软弱等复杂地质条件,可选用大口径桩(≥800mm)。
短句来源
     According the relevant specification of country and the site`s geology exploration data,the retaining method designed as two ranges of DJM pile as 6.90m deep in the silt excavation and one range of tube pile,and the side wall`s watertight question was solved by the DJM pile`s watertight wall.
     根据国家相关规范以及场地地质勘擦资料,设计了开挖深度为6.90 m的淤泥质基坑的2排粉喷桩+1排钢管桩支护方式,坑壁止水问题由粉喷桩止水帷幕解决。
短句来源
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      site geological
    The sampling rate varied from 100-500 Hz, depending on site geological conditions and array radius used.
          
      geologic site
    Geologic site characterization (GSC) principles derived from storage and mining projects in salt, with application to environmen
          
    The source of many environmental incidents involving engineering works has been traced to inadequate geologic site characterization (GSC).
          
    Geologic site characterization should be a dynamic, continuing process.
          
    Bounding the required sample size for geologic site characterization
          
    The proposed objective of limited sample geologic site characterization is to minimize the chance of unknown and unexpected extremes.
          
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      site geology
    Identification of the contamination and development of an appropriate site-specific remediation plan required understanding of site geology, stratigraphy, hydrogeologic setting and aquifer characteristics.
          
    Information on site geology and hydrogeology, including aquifer geometry and matrix, occurrence and flow of groundwater were collected and evaluated.
          
    Important determinants of mine water As fluxes include iron hydrochemistry, the presence of cyanic ore processing effluents, site geology, the paragenetic sequence that follows sulphide oxidation, climate and mine management.
          
    To determine the causes for this rapid pollutant migration, investigators studied site geology and stratigraphy, mine subsidence, hydrogeology, condition of waste containers, trench covers, and soil properties.
          
    Gamma ray logging is a method routinely employed by geophysicists and environmental engineers in site geology evaluations.
          
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    This paper attempts to deal with an important aspect which so far has not been taken up seriously, i.e. the waving behavior of a site as a whole, during major earthquakes which have definite effects on damaging of engineering constructions, and in turn such waving behavior will depend upon the geological and topographic conditions of the site.In this paper, several types of patterns of damaging of ground surface have been given by actual examples. They show that each site sways as a whole in a definite manner...

    This paper attempts to deal with an important aspect which so far has not been taken up seriously, i.e. the waving behavior of a site as a whole, during major earthquakes which have definite effects on damaging of engineering constructions, and in turn such waving behavior will depend upon the geological and topographic conditions of the site.In this paper, several types of patterns of damaging of ground surface have been given by actual examples. They show that each site sways as a whole in a definite manner during earthquakes, causing engineering constructions on ground to be damaged in the same manner. Such a ground movement can hardly be described by the existing methods of seismic respponse analysis for a mass point on ground. Thus the authors try to make a tentative study from the view point of waving of a site, so as to give some new idea regarding the anti-seismic problems to be discussed accordinly.

    本文试图指出地震工程中尚未得到重视和研究的一个重要方面——场地波动特性对工程设施震害的决定性作用,而这种波动特性又取决于地震区场地的地质地形条件。 文中列举了一些地面震害的特性类型,它们表明场地在地震中以特定的形式作整体波动,因而地面上的工程设施也就屈从于同样的形式而产生破坏。这种运动形式和特点并不能用现有的地面(质点)运动反应分析方法进行解释和概括。因此,文章从波动场的概念和有关理论对列举的一些场地运动特征进行了初步分析和研究,并对相应的抗震问题提出了新的见解。

    This paper takes the reconstruction of short leveling site at Nanjingstation as an example, to study the environmental geological conditions.The authors propose that the main disturbance to affect the stability ofsite position is the variation of ground water level by reacting on rocksand soils. The bedrock bench marks and water table observation wellhave been established so that the environment conditions can be improvedand a thorough and careful study can be carried out.

    本文以南京基准地震台短水准场地的改造工作为例,分析了场地的地质构造、地貌、岩土性质、水文地质、植被、气温等环境地质条件,提出了地下水位的变化与点位所在的岩土相互作用,可能是南京基准地震台短水准点位变化的主要干扰机制。为改善场地测点的环境条件,制订了设置基岩标和水位观测孔的改造方案。新老点位对比观测的资料表明:场地改造工程达到了预期目的。

    Seismic effect on ground motion is a problem of common interest by seismo-engineer and engineering - seismologist The former stresses to study the effect of seismic ground motion on uPPer structure of buildings, but the latter mainly considers the effect of seismic ground motion on engineering geological conditions of site foundations.

    地震地面效应是地震工程和工程地震工作者共同关心的问题.前者着重研究地震动对上部结构的影响,后者则主要从事研究地震动对场地地基工程地质条件的影响.1979年对北京市区所作的一维地震反应分析,得出了土层厚度是影响地震地面运动的主要因素.输入地震动的卓越周期及其加速度峰值对反应谱形状的影响较时程曲线的影响明显.但一维方法只反映有界水平层及地震垂向上传.二维动力有限元地震反应分析改进了上述局限性,它可以研究任意形状的地基地质结构,能够反映埋藏基岩地形对地震波的折射、反射所产生的能量聚、散效应,埋藏基岩地形对地震地面效应的影响比上复松软土层土质不均匀的影响要大.超声地震模型实验首次引入工程地震学的研究课题中,得到了与上述数值分析方法相似的结果,并提出若干新问题.它提供了一种能够全面模拟震源—传播途径—场地地质结构的综合研究方法.

     
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