疏干的英文

• desiccate
• desiccation
• draining
• exsiccation
• unwatering

• "疏"英文翻译    dredge neglect
• "干"英文翻译    trunk; main part
• "疏干的" 英文翻译 :    unwatered
• "补偿疏干法" 英文翻译 :    compensated dewatering method
• "疏干排水" 英文翻译 :    drainage by desiccation
• "疏干隧洞" 英文翻译 :    drainage tunnel
• "未疏干边坡" 英文翻译 :    undrained slope
• "沼泽疏干" 英文翻译 :    bog drainage; bogaz; dewater
• "排水；疏干；除掉水分" 英文翻译 :    unwatering
• "重力疏干延迟效应" 英文翻译 :    effects of delayed gravity drainage
• "筑堤疏干围垦法" 英文翻译 :    polder method; polder reclamation
• "最佳疏干性开采量" 英文翻译 :    optimal mining yield
• "最大疏干性开采水量" 英文翻译 :    maximum mining yield
• "疏附县" 英文翻译 :    shufu county
• "疏附" 英文翻译 :    opal bazar; shufu county
• "疏负透疹" 英文翻译 :    dispelling mild wind and promoting eruption
• "疏肝" 英文翻译 :    clear the liver; disperse the depressed liver-energy; disperse the depressesd liver-energy; soothing the liver
• "疏辅梢料" 英文翻译 :    loose brush
• "疏肝,疏肝理气,疏肝解郁,泄肝" 英文翻译 :    dispersing stagnated hepatoqi
• "疏缝线迹不匀" 英文翻译 :    uneven basting

• However, indiscriminate overdevelopment or poor practices can dewater aquifers and cause compaction of sediments, loss of storage space, land subsidence, and degradation of quality .
  盲目的过量开采和不适当地应用，能疏干含水层，并导致沉积层的压密，地下水储存空间的减少，地面沉降和水质恶化等。
• In order to comprehensively and systematically study the mechanism of ground collapse , in this paper , from underground mining , dewatering , precipitation , moving groundwater and blasting vibration , the causes of ground collapse have been analyzed
  为了全面系统地研究地表塌陷的形成机理，从地下开采、降水疏干、大气降水、地下动水和爆破震动等几个方面分析了引起地表塌陷的原因。
• In the construction of the underground pavement - wuhan qingnian road ( the west beihu road ) , the well - precipitation is adopted to evaculate the penetrating water in the pavement field and the up level stagnation water , which consolidates the ground and 1ars a working condition without water
  摘要武汉市青年路（北湖西路）地下人行地道工程施工中，为了疏干通道土层范围内的潜水及上层滞水，固结地层为施工创造无水作业环境，采用了洞外井点降水。
• Article 26 : in mining operations or the construction of underground projects , when water drainage results in lowering of the groundwater table , groundwater depletion , ground subsidence or cave - ins , and causes losses to the livelihood and production of other units or individuals , the mining unit or the construction unit shall take remedial measures and compensate for the losses
  第二十六条开采矿藏或者兴建地下工程，因疏干排水导致地下水水位下降、枯竭或者地面塌陷，对其他单位或者个人的生活和生产造成损失的，采矿单位或者建设单位应当采取补救措施，赔偿损失。
• In recent years , the carst collapses that are occurring frequently in qixiashan hill area severely endanger the engineer and human life . there are many factors caused the occurring of the carst collapse in this area . besides the background of geology and geomorphology , the causes of changing of hydrodynamic , stress field of the earth s crust , and structure of rock and ground are more important
  近年来，南京栖霞山地区岩溶地面塌陷频繁发生，造成了巨大的经济损失。岩溶地面塌陷的产生，除了地质地貌基础外，更主要原因在于矿山开采改变了水动力条件地应力场及岩土体结构，尤其是矿坑疏干对水动力条件的影响最为显著。
• ( 3 ) distill the environmental geologic factors and analyzes their harmness and reasons mainly analyzes the status in quo , reason , distribution , harmness and defend for the falls , surface sink , mine suddenly water , landslip , castoff , etc . ( 4 ) evaluate the probability of the geology calamity take use of the method of factors and coverage union to evaluate the probability of the geology calamity , and then plot out the high , middle and low probabilit
  （ 3 ）提取环境地质因素并进行分析其危害及成因利用提取的要素、数字地面模型和属性数据库及常规资料重点分析了构造、塌陷、矿坑突水、崩塌、废弃物、地下水疏干区等要素的现状、分布、成因、危害及防治。 （ 4 ）为金矿区地质灾害易发性做出评价利用权重值和图层叠加的方法对金矿区地质灾害易发性做出评价，把金矿区划分为高易发地区、中易发地区和低易发地区，针对这些地区提出治理措施。
• Abstract : considering the stochastic characteristic of main hydrogeologic parameters in yuanbaoshan open coal pit , a groundwater stochastic management model for optimal drainage borehole design is established . the result of the modeling shows the effect of stochastic characteristics of hydrogeologic parameters on the result of management modeling . it was found that the higher the parameters uncertainty and the management reliability level , the worse the management result
  文摘:从影响元宝山露天矿地下水疏干的主要水文地质参数随机性特征分析入手，建立并求解了元宝山露天矿疏干工程优化设计的随机地下水管理模型，揭示了水文地质参数随机性对管理模型结果的影响，认为参数的随机性越大，管理结果越坏；置信水平越高，管理结果越坏，且渗透系数和边界条件对管理结果影响最大。
• At the last , on the base of that , the author builds up 2 - d model ( modflow ) to simulate numerical value of surrounding underground water changes by tunnel water invasion , researches the effects on surrounding underground water system for tunnel drainage by desiccation , forecasts the restoring cases after the exclusion of water , at the same , analyzes the influences in underground water level and surface collapse by tunnel excavating
  并且在此基础上建立modflow二维模型对隧道涌水引起周围地下水变化进行数值模拟，研究隧道疏干排水对周围地下水系统影响，进行模拟并预测堵水成功后水位的恢复情况，最后分析隧道对周围地下水位以及引起的地面塌陷的影响。
• Whether the geleshan tunnel ' s lots of water invasion during construction period brings about surround ground water or underground water drying , threatens sixty thousands persons and two hundreds enterprises " existence , and more leads vegetation to regress , or brings about ground ' s collapse , etc . is the necessary problem should be considered during the tunnel construction
  因此，歌乐山隧道在施工期间是否会由于隧道大量涌水，导致周围地表水、地下水的疏干，威胁到山上6万多居民和200多家企事业单位的生产生活。进而可能造成地表植被退化，甚至引起地表塌陷等多方面的负面影响，是隧道施工中必须考虑的问题。