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1)  barrel configuration
身管结构
2)  well structure
井身结构
1.
Research on design models of multi-lateral well structure for coal-bed methane;
煤层气多分支井身结构设计模型研究
2.
Discussion on western Sichuan deep horizontal well structure
川西深层水平井井身结构探讨
3)  casing program
井身结构
1.
Comprehensive determination method of setting position for casing program design;
井身结构设计必封点综合确定方法研究
2.
Optimization of bottom casing program of complicated deep and ultra-deep wells based on expandable casing techniques;
采用膨胀套管技术优化复杂深井超深井下部井身结构
3.
Based on employing reasonable casing programs, E-3000 electric drilling rig wi.
因井深引发的各种问题大幅度地增加了钻井的风险,施工中通过采用合理的井身结构,应用E-3000型9000m电动钻机,配合各种钻井技术,并优选钻具组合、钻头、钻井参数,维护处理钻井液性能,规范钻井操作等措施,最终保证了较好的井眼稳定性和井身质量,并在完钻后将各层套管安全下到位完成固井作业,高效安全地完成了钻井任务。
4)  hole structure
井身结构
1.
The paper described the applying condition of pressure detection in realizing proximate balance drilling,predicting abnormal pressure and designing hole structure.
该文阐述了压力检测在实现近平衡钻井、进行异常压力预报与井身结构设计过程中的应用情况。
2.
It has special demands on perforating pressure and perforated interval, and it needs straight hole structure and well completion by big casing when using big aperture, deeppenetrating and high density perforation for cold production in sand production of heavy oil.
采用大孔径、深穿透、高密度射孔进行稠油出砂冷采时对射孔压力和射孔井段有特殊的要求 ,且要求平直的井身结构和大套管完井。
3.
According to integral principles, hole capacity and annular volume are accurately calculated by using log data and hole structures are directly displayed in the form of maps to provide basic data for geologic and engineering studies.
利用现有的测井资料,根据积分原理,准确地计算出井眼容积、环空容积,并以图件的形式直观显示井身结构,为地质和工程下步工作提供基础资料。
5)  clothes structure
衣身结构
6)  body structure
车身结构
1.
Dynamic Characteristic Analysis of Bus Body Structure;
客车车身结构的动力学特性分析
2.
The Simulation of the Front of Body Structure Static Strength Analysis and Dynamic Analysis;
轿车前部车身结构静态强度计算及动态分析
3.
Topology theory was used to the analysis for modifying body structure of an electric car.
把拓扑优化设计理论引入某电动改装车的承载式车身设计,利用先进的有限元分析软件,在电动改装轿车车身结构拓扑优化分析中实现了多工况、多状态变量条件下的拓扑优化设计,确定了下车身的最佳结构方案,进而在此基础上建立了新的有限元模型,并进行了模态、刚度和强度分析,设计出最终的下车身改造结构。
补充资料:射精管组织结构


射精管组织结构


  解剖名。同输精管组织结构。可参该条。
  
说明:补充资料仅用于学习参考,请勿用于其它任何用途。
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