1.
Study on Tool and Chip Contact Area DeformationTest for Martensite Ageing Steel Cutting
马氏体时效钢的刀-屑接触区变形试验研究
2.
Study on Capillary Model of Tool-chip Interface Friction and Lubricating
刀-屑接触区摩擦润滑的毛细管模型研究
3.
The Research of the Temperatare Distribution BetWeen chip and Tool with Armoured Electric Thermo-Corple
铠装热电偶测量刀—屑接触区切削温度分布方法
4.
Experimental Study of Friction on the Tool-Chip Contact Field in Metal Cutting Process;
金属切削过程刀—屑接触区摩擦状态实验研究
5.
Finite Element Simulation of Friction on Tool-Chip Interface in Metal Cutting Process
金属切削过程刀—屑接触区摩擦状态有限元分析
6.
Analysis of the Tool-Chip Contact Length and the Cutting Force in the Microcutting Applying the Slip-Line Theory;
基于滑移线理论的微切削刀—屑接触长度和切削力研究
7.
Just feel the edge of this knife.
触一触这刀的刀锋。
8.
The distinction between contact and noncontact forces is not fundamental.
接触力与非接触力的区别并不是根本的区别。
9.
The squeegee is the engine which deflects the stencil and makes it contact with the substrate.
刮墨刀是令模版倾斜至可以与基质接触的引擎。
10.
Finite Element Analysis of the Contact Stress for Indexable Cutting Tools;
车削可转位刀具接触应力的有限元分析
11.
Design on using iron filings reaction bed combined with biological contact oxidizing tower to deal with disperse dyestuff waste water
利用铁屑反应床和生物接触氧化塔处理分散染料废水的设计
12.
These volcanic rocks occur as stratified or stratoid beds, and are in conformable contact with the elastic rocks.
火山岩呈层状、似层状产出，与碎屑岩均呈整合接触关系。
13.
A study of the effect of contact strength on spiral bevel gears affected by contacting area etc
接触区等对弧齿锥齿轮接触强度影响的研究
14.
secondary contact recreation subzone [water control zone]
次级接触康乐活动分区〔水质管制区〕
15.
Application of Non-Contact Tool Measuring System in NC Machine Tool
非接触式刀具自动测量系统在数控机床上的应用
16.
travelling contact
动接触， 活动触点
17.
Effect of cutterhead compressing the front soil and influence of head aperture ratio on contact pressure of EPB shield to the front soil
土压平衡盾构刀盘挤土效应及刀盘开口率对盾构正面接触压力影响
18.
Bonding Interface- The area where the bonding of two wafers occurs.
绑定面-两个晶圆片结合的接触区。