profile cut
英 [ˈprəʊfaɪl kʌt]
美 [ˈproʊfaɪl kʌt]
网络 齿形琢型
双语例句
- The form of the tool used must exactly coincide with the profile of the thread to be cut, i.e., triangular tools must be used for triangular threads, and so on.
使用的刀具外形必须正好与要切削螺纹的轮廓一致，即三角形刀具必须用于三角形螺纹等等。 - Studies in Self-Adaptive Algorithms for Chinese Page Segmentation Technique Based on Projection Profile Cut
基于投影算法的自适应中文版面分析方法研究 - The press has specifically been designed to cut relatively flexible materials, such as plastics, fabrics, boards and paper etc., when used with profile cutters to cut out shapes such as test samples.
此冲切机设计为切割相对比较柔软的材料，包括塑料、织物、纸张以及板材等用外形冲切机切割出需要的测试样品形状。 - Cross-linked polymer gel YG107 of in-depth profile control agent was developed and optimized on its formula in order to prevent rapid increase of water cut when water flooding after polymer flooding.
为了避免聚合物驱后恢复水驱时含水率迅速上升，研制了交联聚合物深部调剖剂冻胶107，并对其配方进行了优化。 - Thermodynamics Analysis in the Process of Removing Resident Oil with Profile Modification in High Water Cut Reservoir
高含水调驱过程中滞留油迁移的热动力学分析 - Abstract The Roots roller profile of circular arc type modified by means of expand top or cut top so that its exhaust efficiency is increased.
用扩顶或削顶法来修改圆弧型罗茨轮型线，以进一步提高其抽气效率。 - New knowledge about production profile model of high water cut oil reservoir and measuring method
高含水油层产出剖面模型和测量方法的新认识 - The Fitting of Flank Profile Curve of the Side Cut Die for Straight Bevel Gear Forgings
直齿锥齿轮锻件切边模齿廓曲线拟合 - Effect of polymer depth profile controlling of medium and high water cut period in low permeable oil fields
低渗透油田中高含水期聚合物深度调剖效果 - A file exchange interface programming system is presented, which can automatically translate text file of profile coordinates or drawing file of profile to the file used by wire cut EDM directly.
通过自动编程系统将设计系统生成的齿廓坐标文件或图形文件直接转换成线切割加工文件（3B格式），可实现非圆齿轮的自动编程加工。 - So it's much important to make researches on residual oil distribution and detailed description of reservoirs and timely improve profile control agent and profile control technology in super high water cut period of reservoirs.
因此，在油藏特高含水期进行剩余油分布和储层精细描述研究、适时地改进调剖剂、堵水剂和调剖工艺具有重要意义。 - First Research on the Optimum Profile Design of Pre-grinding Hob Used to Cut the Quasi High-Speed Locomotive Traction Gear
准高速机车牵引齿轮磨前滚刀齿形优化设计 - The Calculation for the Edge of General Hob and the profile of Cut Gear
展成滚刀刃形及切齿齿形的计算 - Meshing Theory of Cylindrical Worm with Circular Profile Cut by Lathe and Worm Gear
车削的圆弧齿圆柱蜗杆传动啮合原理 - The Engagement of Gears with Circular Arc Profile in Normal Plane at the Presence of Errors on Center Distance and Depth of Cut
法向圆弧齿轮在有中心距偏差和切深偏差时的啮合 - This simulator was an excellent tool for times profile control project research on high water cut stage reservoir.
综合考虑了模拟器中堵剂驱油过程中的物理特性，为高含水期油藏进行多轮次调剖油藏工程方案研究提供了有力的工具。 - The integral block profile control technique is one of the important measures for inhibiting the integrate water cut increasing and enhancing the stage recovery percent in a block.
油田区块整体调剖技术是降低油田区块综合含水上升速度、提高区块阶段采出程度的重要措施。 - In the late stage of water flooding, multi-round profile control is an important measure to stabilize oil production and control water cut.
在水驱油田开发中后期，多轮次调剖是一项重要的稳油控水措施。 - The test results show that the movable gel as profile control and flooding not only improve the water injection and liquid production profile but also reduce the mobility ratio oil to water, which brings down water cut and improves oil production.
试验结果表明，可动凝胶调驱能改善注水井、采油井的吸水和产液剖面，降低水、油流度比，从而降低油井的含水率及增加产油量。 - Profile control through water shutoff is an important measure to sustain oil production and control water production in high water cut oil field.
堵水调剖技术是高含水油田控水稳油的重要措施。 - Two coal seam dynamic modelling route that can solve the corresponding problem between plane and profile and cut the profile from model in any direction were designed, resulting in a foundation for coal seam 3D dynamic software development.
设计的两条煤层建模路线为煤层动态建模系统的设计奠定了基础，能解决煤矿生产制图中平面剖面特征点的对应与任意切割剖面问题。 - The research of whole profile control technique of the block is developed for the problems of too rapid rise of water cut and abnormal production decline. The theoretical basis on optimized decision for the whole profile control of the blocks is analyzed in this paper.
针对杏北油田含水上升过快，产量递减异常的问题，分析了区块整体调剖优化决策的理论基础； - The Improvement of Roots Roller Profile of Circular Arc Type& Expand top and Cut top
圆弧型罗茨轮型线改进&扩顶与削顶 - Overview on technology for profile control/ water shutoff of high water cut well
高含水井调剖堵水技术及现场应用分析 - PI decision-making technique has the advantages of fast, practical and easy to operate and can meet the need of profile correction and water-plugging at high water cut stage in complex fault block reservoirs, thus has a bright prospect of deployment.
PI决策技术具有快速、实用、操作简单的特点，适用于复杂断块油田高含水期调剖堵水要求，具有良好的推广前景。 - Profile control mechanism played the main role in foam injection stage, which expanded vertical sweep volume. The enlargement of plane sweep area mechanism dominated in the stage of water cut recovery.
注泡沫阶段主要是以调剖机理为主，在纵向上扩大了波及体积；含水恢复阶段以增加平面波及面积机理为主。