1) pass contact surface
孔型接触区
1.
Mathematical analysis of pass contact surface of skew rolling;
斜轧孔型接触区的数学分析
2) contact hole
接触孔
1.
All the parameters which influence the etching profile of contact hole are detailedly discussed.
介绍了ICP等离子体刻蚀技术的工作原理和主要工艺参数,阐述了碲镉汞器件接触孔ICP刻蚀工艺的特点和技术要求。
3) contact hole opening
开接触孔
4) contact zone
接触区
1.
Influential factor analysis of the bubble-particle collision efficiency in the contact zone of dissolved air flotation;
气浮接触区气泡-颗粒碰撞效率影响因素分析
2.
To further study the contact zone deformation rules of cross-wedged rolling and realize the near net shape of cross-wedged rolled parts,FEM was adopted to simulate the cross-wedged rolling process in this paper,acquiring the surface force and displacement of contact zone during stable rolling process.
为深入探明楔横轧接触区变形规律,实现零件楔横轧近终成形,采用有限元数值方法模拟楔横轧轧制过程,获得稳定轧制过程中的接触区的面力和位移,进而求出轧制接触区表面应力。
3.
The tooth flanks contact strength of CATT gear is decided to a targe extent by its tooth flanks contact zone and contact stress． The paper mainly analy-ses the tooth flanks contact zone and contact stress as well as the geometric influ-ence of the gear on them.
ＣＡＴＴ齿轮的齿面接触强度在很大程度上取决于其齿面接触区和接触应力。
5) Contact area
接触区域
1.
On this basis,driving error and contact point of gear pair can be calculated with relevant program,thus driving error curve and contact area of gear pair are achieved.
在此基础上,编制相应程序即可计算出误差条件下齿轮副的传动误差和接触点,从而可以获得齿轮副的传动误差曲线和接触区域。
6) contact zone
接触区域
1.
Using the computer to analyse and revise the tooth contact zone by the tooth contact analysis(TCA),the basic principles and the current development and its trendency for the technology of Tooth Contact Analysis(TCA) has been introduced.
通过对齿轮齿面接触分析TCA技术(利用电子计算机进行齿面接触区域的分析和修正)的研究,介绍了齿面接触分析TCA技术的基本原理、发展现状以及发展动态,阐明了TCA技术在现代工业生产中重要意义。
2.
Based on the cutting theory of Klingelnberg spiral bevel gear system,the geometrical correction model of the contact zone to Klingelnberg spiral bevel gear system is established.
基于克林根贝格螺旋锥齿轮的切齿理论,建立了克林根贝格螺旋锥齿轮接触区域的几何修正模型,给出了影响齿长、齿高方向接触位置的因素和产生对角接触原因,推导了调整接触区位置各参数的调整量计算公式,提出了齿长和齿高方向和对角接触的接触区域调整方法。
补充资料：HⅡ区和HⅠ区
见电离氢区和中性氢区。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条