地质单元的英文

• geologic element
• geologic unit

• "地质"英文翻译    geology
• "单元"英文翻译    unit; unit element; cell; lo ...
• "工程地质单元" 英文翻译 :    engineering geologic unit
• "区域地质单元" 英文翻译 :    regional geologic unit
• "水文地质单元" 英文翻译 :    geohydrologic unit; hydrogeologic element; hydrogeologic unit
• "传质单元数" 英文翻译 :    number of transfer units; number of mass transfer unit; number of transfer unit
• "物质单元" 英文翻译 :    urstoff
• "物质单元；原质" 英文翻译 :    urstoff
• "水文地质单位" 英文翻译 :    hydrogeologic element
• "传质单元高度" 英文翻译 :    height equivalent to transfer unit; height of the transfer unit; height of transfer unit; height per transfer unit; heighten of transfer unit; transfer unit height
• "传质单元等高度" 英文翻译 :    height equivalent to mass transfer unit
• "当量传质单元高度" 英文翻译 :    hetu
• "地质-气候单元" 英文翻译 :    geologic-climate unit
• "布料品质单" 英文翻译 :    fiche qualité matiére fabric quality sheet
• "蛋白质单位" 英文翻译 :    protein unit
• "劣质单宁" 英文翻译 :    undesired tannins
• "优质单宁" 英文翻译 :    desired tannins
• "地质" 英文翻译 :    (地壳的成分和结构) geology◇地质博物馆 geological museum; 地质工作者 geologist; 地质构造 geologic(al) structure; 地质勘探 geologic(al) prospecting; 地质勘探队 geologic(al) prospecting party [team]; 地质勘探费 allocations for geological prospecting; 地质勘探企业 geological prospecting enterprises; 地质科学 geological sciences; 地质力学 geomechanics; 地质略图 geologic scheme; 地质年代 geologic age [time]; 地质史 geologic history
• "构造变质单位" 英文翻译 :    structural-metamorphic unit
• "单元" 英文翻译 :    (自为一组的单位) unit; unit element; [计算机] cell; location; [电学] sub-unit; element 运算单元 arithmetic unit; 记忆单元 memory location; 教学单元 teaching unit; 十八号楼四单元二号 no.2, entrance 4, building 18
• "绝缘基质单石电路" 英文翻译 :    insulated substrate monolithic circuit
• "地质学；(某地)地质" 英文翻译 :    geology
• "土的物理性质单粒结构" 英文翻译 :    single-grained structure
• "地质 建筑" 英文翻译 :    composite foundation
• "地质层" 英文翻译 :    geologic strata; geological strata; geological stratification

• Analyses of karst water circulation system in xuzhou hydrogeological unit
  徐州市水文地质单元岩溶地下水循环系统分析
• Mahu - penyijingxi multi - source petroleum systems are the most important geological unit of oil and gas distribution in the junggar basin
  摘要玛湖盆1井西复合含油气系统是准噶尔盆地油气分布最集中的地质单元。
• The inferred water quality , soil salinity and hydrogeologic units are quite consistent with what is said in the hydrogeologic reconnaissance report
  所推断的水质和土壤含盐量与大的水文地质单元和1 ： 20万水文地质普查报告都吻合得很好，且细节更为清楚。
• With the deuterium excess ( d - excess ) parameter , the conclusion that the tunnel location lies on the watershed between south and north geohydrology structures is validated
  利用氘过量参数，进而证实了隧道选址位于南北两侧水文地质单元的分水岭之上的结论。
• We undertook quantitative evaluation with settle geohydrologic problem of xiyu coal mine taiyuan shanxi , and out - came verge to known record , for garden a new way of mine in flow evaluation
  结合水文地质、水文地球化学特征，列举了水文地质单元内不同区带、各种代表性矿物及相应组分化学指标的基本表达式。
• It is the geological data pretreatment to set off cells of geological body and to select model and forecast cells and to pick up and to evaluate geological variable , the evaluated geological cells are finally gridded by gis
  地质数据预处理，就是在深入研究测区的地质资料的基础上，对地质体进行单元划分、选择模型单元和预测单元、提取地质变量并赋值，最后对赋过值的地质单元利用gis进行网格化。
• And the relationship between the models and type of geological units is derived : gompertz model is suitable for the geological unit with a complex geological setting while exponential model is suitable for the geological unit with a single geological settings and this kind of models can be applied to areas of less complicated geological features
  结果表明：两地区累计探明储量与预测探明储量的相关因数均大于0 . 75 ；龚帕兹模型较适用于油气藏类型较多、地质状况较复杂的地质单元，指数模型适用于地质状况比较简单的单元。
• In this paper , mainly based on arranging data with well pumping tests in dam foundation and sum up the laws of flows under the condition of deep well pumping , the useful dewatering calculation model and parameters were set up . secondly , based on the well constructing technique which was discovered under the condition of in - situ bumping test and calculating the dewatering scheme of the two dewatering units with the calculation model , the final dewatering scheme was put forward . at last , the final dewatering scheme was appraised by observation during the construction , and it satisfied with the construction request
  本文主要通过坝基现场抽水试验试验资料整理，在揭示黄土坝基降水特性规律的基础上，确定可以反映现场抽水条件的的实用降水计算模型和参数；再根据现场抽水条件试验开发的成井技术和计算模型计算坝基和坝肩两个水文地质单元的降水井方案，并按工程类比法确定最终的降水方案；最后，通过施工过程中的观测情况对降水方案进行评价，降水方案能够很好地满足施工的要求。
• On the regional karst water , it has been primarily clarified that the distributing trait , the cause of formation , and the environment background , and it has been confirmed that the source , the height , and the location about the karst groundwater replenishment . we have found out the relationship of developing circulation among the atmospheric water , the surface water , and the groundwater in the research area , and have compartmentalized the different geohydrology structures about the karst water . 2
  初步查明了研究区的岩溶水分布特点、岩溶水的成因及形成的环境背景，确定岩溶地下水的补给源区、补给高度、位置及岩溶区内大气降水，地表水、地下水的动态循环关系，划分出岩溶水不同的水文地质单元； 2
• Of the various kinds of prospecting work , the hydrogeologic work should be mainly carried out in following aspects : division of hydrogeological units , the determination of artesian water - bearing system and the identification of prospecting target horizon ; the analysis on hydrodynamic regime , the analysis on hydrogeochemical environments , the paleo - hydrogeologic analysis and the delineation of redox front and favourable area for uranium ore - formation
  其中水文地质工作着重从以下几个方面来进行：水文地质单元划分；承压含水系统和目的层的确定；水动力条件分析；水文地球化学环境分析；古水文地质分析；氧化还原带和成矿有利地段的圈定。