采出程度的英文

• recovery percent of reserves
• recoverypercentofreserves

• "采"英文翻译    feudal estate
• "出"英文翻译    used as a complement
• "程度"英文翻译    level; degree
• "关键词突出程度" 英文翻译 :    keyword prominence
• "采出" 英文翻译 :    cutting out; recover
• "采出端" 英文翻译 :    production end
• "回收；采出" 英文翻译 :    recover
• "开采出" 英文翻译 :    tap off
• "程度" 英文翻译 :    1.(知识、能力的水平) level; degree 觉悟程度 level of political consciousness; 文化程度 level of education; degree of literacy2.(事物变化达到的状况) extent; degree 在不同程度上 in varying degrees; 在很大程度上 to a great extent; 在一定程度上 to a certain extent; 你对植物学的兴趣达到什么程度? to what degree are you interested in botany? 浓烟消散后, 我们就能看清破坏的程度了。 when the smoke blew away, we could see the extent of the damage.; 程度测验表 scalogram
• "弹出程序" 英文翻译 :    pop program; pop-up program
• "读出程序" 英文翻译 :    read program; read routine
• "输出程式" 英文翻译 :    output prograin; output program
• "输出程序" 英文翻译 :    output procedures; output program; output routine; output writer; written out program; written-out program
• "退出程序" 英文翻译 :    exit; shutdown
• "压出程序" 英文翻译 :    extruding
• "柱流出程序" 英文翻译 :    column elution program
• "采出的煤" 英文翻译 :    produced coal
• "采出的原油" 英文翻译 :    produced crude oil
• "采出含水量" 英文翻译 :    producing cut
• "采出矿石" 英文翻译 :    extracted ore
• "采出气量" 英文翻译 :    produced gas volume
• "采出气油比" 英文翻译 :    producing gas-oil ratio
• "采出水处理" 英文翻译 :    produced water disposal
• "采出水回注" 英文翻译 :    produced-water reinjection
• "采出水油比" 英文翻译 :    produced water-oil ratio; producing water oil ratio

• Similarity theory of recovery percent and water cut in water flooding reservoir
  水驱油藏含水率及采出程度相似理论研究
• Shuanghe oil field is the main sandstone oil field in henan , which is exploited for 26 years
  摘要双河油田是河南油田的主力砂岩油田，已高速开采了26年，综合含水量90 . 28 % ，采出程度27 . 96 % 。
• The results have indicated that the recovery efficiency of hot - water injection can be increased by 15 . 69 % over that of steam stimulation
  结果表明，注热水开发可在蒸汽吞吐开发基础上提高采出程度15 . 69 % 。
• Heterogeneity is severe in shuanghe oilfield , at present integral water content is over 35 % , reserves producing is highly unequal
  双河油田非均质严重，目前综合含水高达93 % ，采出程度35 %以上，储量动用很不均衡。
• Until may 2001 , the pressure is only for 6 . 1 mpa , the recovery percent only for 9 . 89 % , so need to seek for an economical and favorable conversion of development way in order to increase development recovery
  到2001年5月，该块压力仅为6 . 1mpa ，而采出程度仅为9 . 89 ，急需探索出一条经济有效的转换开发方式、提高开发效果的途径。
• Based on the study of water cut and recovery degree for jilin low permeable oilfield , and improvement of tong ' s chart for relation between water cut and recovery degree , the constant is changed from 7 . 5 to 13 according with change rule of water cut and recovery degree for low permeable oilfield
  摘要在吉林低渗透油田开发含水与采出程度关系研究基础上，通过对童氏含水与采出程度关系图版改进，把7 . 5这个常数换成13 ，符合低渗透油田的含水率与采出程度变化规律。
• The result indicates that displacement characteristics of unsheared polymer solution is better than the same viscosity polymer solution after sheared , the injection pressure of the unsheared polymer solution is higher than the same viscosity polymer solution after being sheared in the same permeability core , the lower the permeability , the bigger the molecule weight and the bigger the difference , as to the every layer of the secondary oil layer , it is feasible to displace oil with the polymer solution after sheared , and the eor of the polymer flooding can increase more than 9 . 84 %
  结果表明：未经剪切的聚合物溶液的驱油效果好于经剪切之后的相同相对分子质量的聚合物溶液的驱油效果；对于相同渗透率的岩心，未经剪切的聚合物溶液比经过剪切相同相对分子质量聚合物溶液的注入压力高，而且渗透率越低，相对分子质量越大，差异越大；对于二类油层的各渗透率小层，进行经剪切后聚合物溶液驱油是可行的，聚驱采出程度提高幅度均超过9 . 84 % 。
• The theoretical study of the recovery percent vs . water cut of thin and bottom water reservoir in luliang oilfield is based on developing its geologic and flow models , obtaining oil - thickness ratio , oil - water viscosity ratio , relative permeability curve parameter and chart of effect of bottom water toning , etc . , on water - yielding pattern of the reservoir
  摘要在建立了陆梁薄层底水藏地质及渗流模型基础上，采用理论研究的方法，研究了薄层底水油藏采出程度与含水率关系式，并获得了油厚比、油水粘度比、相渗曲线特征参数以及底水锥进等对油藏产水规律的影响关系图版。
• Major indices include reserve , remaining oil , recovery , cementing quality , incremental oil from measures taken , revenue from measures , measure increment input & output ratio , valid period of measures , duration of investment return of measures , validity of measures and economic efficiency , etc . through scientific analysis and studies on stimulation measures taken in different geologic blocks , the most proper measure based on geologic condition under certain economic policies are found to guide and manage oilfield production so as to decrease risks of investment and improve economic benefit , there fore to maximize the benefit
  主要指标有储量、剩余油、采出程度、固井质量；措施增油量、措施收益、措施增量投入产出比、措施有效期、措施投入回收期、措施有效率和经济有效率等。通过对全油田不同地质区块所采用的各项增产措施进行科学的分析和研究，找出在一定的经济政策条件下，针对不同地质情况，采用最适宜的增产技术措施，来正确指导和管理油田生产，减少措施投入的风险，提高经济效益，实现效益最大化。