滤失的英文

• fl filtrate loss

• "滤"英文翻译    filter; strain
• "初滤失" 英文翻译 :    spurt loss
• "滤失量" 英文翻译 :    filtration
• "初滤失量" 英文翻译 :    spurt loss volume
• "初滤失系数" 英文翻译 :    spurt loss coefficient
• "动态滤失" 英文翻译 :    dynamic filtration
• "防滤失剂" 英文翻译 :    fluid loss control agent
• "降滤失剂" 英文翻译 :    fluid loss additive; fluid loss agent
• "静态滤失" 英文翻译 :    static filtration
• "滤失体积" 英文翻译 :    filtrate volume
• "滤失系数" 英文翻译 :    fluid loss coefficient; leakoff coefficent
• "滤失性能" 英文翻译 :    filtration property
• "瞬时滤失" 英文翻译 :    i tantaneous filtration ， urt lo; instantaneous filtration spurt loss
• "动态滤失试验" 英文翻译 :    dynamic fluid loss test
• "恒定滤失速率" 英文翻译 :    co tant filtration rate; constant filtration rate
• "静态滤失试验" 英文翻译 :    static fluid loss test
• "平衡滤失速度" 英文翻译 :    equilibrium filtration rate
• "瞬时滤失距离" 英文翻译 :    spurt distance
• "线性滤失机理" 英文翻译 :    linear flow leakoff mechanism
• "压裂液滤失性" 英文翻译 :    fracturing fluid loss property
• "聚合物降滤失水剂" 英文翻译 :    polymer filtration control agent
• "油溶性降滤失剂" 英文翻译 :    oil soluble fluid loss additive
• "造壁前的滤失宽度" 英文翻译 :    spurt width
• "可溶性防滤失固体颗粒" 英文翻译 :    soluble fluid loss particle
• "一种初期动滤失测定法" 英文翻译 :    dollarhide-hall method

• Two dimensional numerical simulation of fracturing fluid leakoff
  压裂液滤失的二维数值模拟
• Instantaneous filtration , spurt loss
  瞬时滤失
• Instantaneous filtration spurt loss
  瞬时滤失
• A weighted , non - dispersed , inhibited freshwater low - lime / pac system will be used for this section
  该井段将采用不加重、不分散、控制滤失、低石灰pac钻井液。
• It has less effect on the filter loss in increasing viscosity and shear , thus meeting the demands of fast and safe drilling relatively well . 1
  在提粘、提切的情况下，对滤失量影响较少，能较好地满足快速安全钻井的要求。
• Based on estimating the type of filtration by constructed g and fraction , and determining the fracture closed point , the parameters such as the geometry of fracture , the leak - off coefficient can be calculated , and furthermore it can direct the acid fracturing design and improve the acid fracturing technology
  通过构造g函数、函数可判断储层的滤失特性，确定裂缝闭合点从而得到裂缝的几何尺寸以及滤失系数等参数，进而指导酸压的施工设计和完善酸压工艺。
• The leak - off mechanism in the course of acid fracturing is analyzed , the various common methods controlling acidizing fluid leak elf are put forward from such two aspects as acidizing fluid system and acid fracturing technology , acidizing fluid leak - off has considerable influrnec on the results of acid fracturing design , the acidizing fluid flotation model is still an important composite pact in acid fracturing design , hut the model of accurately calculating aciding fluid leak off is still in the midst of uninterrupted perfection , usually the ordinary model of fracturing fluid is used in the acid fracturing design , the domestic and overseas sell data steely about the model of calculating aciding fluid leak - off is introduced
  摘要分析了酸压过程中酸液的滤失机理，从酸液体系和酸压工艺两个方面提出了各种常用的控制酸液滤失的方法；酸液滤失对酸压设计结果影响较大，酸液滤失模型是酸压设计中的重要组成部分，但准确的计算酸液滤失的模型仍在不断的完善之中，通常仍将一般的压裂液滤失模型用于酸压设计，介绍了国内外学者关于酸液滤失模型的研究。
• The study results indicated that , arranged in the order of magnitude , the degrees of the effects on the cementing strengths of the two interfaces were the system , emulsion , main emulsifier , fluid loss control agent and white oil respectively ; the cementing strength would be doubled and redoubled after being cleaned by preflush , especially by the system , emulsion and fluid loss control agent ; and , along with the increase in the mix slurry ratio , the initial and final set times of slurry would be obviously lengthened and the compressive strength of bond cement would be remarkably reduced or the slurry wouldn ' t be even set
  研究表明：对两界面胶结强度的影响由大到小依次是体系、乳状液、主乳化剂、降滤失剂、白油；前置液清洗后，胶结强度成倍提高，尤其对体系、乳状液和降滤失剂清洗效果最佳；随混浆比的增大，水泥浆初凝和终凝时间明显延长，水泥石抗压强度明显下降，甚至不凝。
• The lab study and field application indicate that this system has the feature of powerful repress , highly blind in , better rheology , better quality of mud cake and low filtration , resolved the complication of fall down and shrinking drilling in salt of gypsum layers , decreased the drilling circle , cut down the drilling cost and raised the colligation economic effect
  室内研究和现场应用表明，该体系具有强抑制、强封堵、流变性好、泥饼质量好、滤失量小的特点，解决了膏盐层、盐岩层的缩径、垮塌，缩短了钻井周期，降低了钻井成本，提高了综合经济效益。