片语

Cutting depth K切削深度K

cutting corneal depth角膜切削深度

minimum cutting depth最小切削深度

cutting&depth(Cutting) （美、澳、印）卡廷（人名）

cutting mark depth锯痕深度

cutting depth range切深区间

maximum cutting depth最大采掘深度

cutting seam depth切缝深度

英汉例句

• at the same time, the amplitude of the forced vibration will increase when speed, feed rate, cutting depth or cutting width increasing.

  强迫振动随切削速度、进给量、切削深度或切削宽度的增加而加剧。

• on the basis of that the diamonds distribute in the impregnated bit homogeneously, the article calculates the cutting depth and the normal force on the protrusion diamond on the crown.

  本文以金刚石在孕镶鉆头中均匀分布为基础，从理论上推导出唇面径向不同位置的金刚石切深、受力。

• through the analysis of maximal average cutting depth and cutting force of diamond, the cutting process of diamond circular saw blade with composite matrix was studied.

  从金刚石的最大平均切屑厚度和切削力研究了复合基金刚石圆锯片的磨损过程。

• through establishing a model of critical cutting depth during the occurrence of brittle-ductile transition of kdp crystal, the mechanism of brittle-ductile transition of kdp crystal is studied.

  通过建立kdp晶体脆塑转变临界切削厚度模型，研究了kdp晶体金刚石切削脆塑转变机理。

• the influencing orderliness of the cutting depth and the rake angle of the tool on cutting qualities are found and the mathematical models are built.

  得出了切削厚度与刀具前角这两个切削参数对切削质量影响的规律，得出二者关系的数学模型。

• the experimental results shown that the effects of cutting depth changing on machining accuracy is much little in the turn-milling process and turning process so we can neglect it generally.

  通过对实验结果的分析显示，车铣加工和车削加工微细轴时切削深度的变化对加工精度的影响很小，一般情况下可以忽略。

• theoretical analysis and experimental results all indicate that cutting depth is increasing with the decreasing of cutting speed and increasing of laser power.

  理论分析和试验结果表明切割深度随着切割速度的减小而增加，随着激光功率的增加而增大。

• cutting depth can be controlled automatically adjust shades.

  切割深度可自动控制调整深浅。

• in the geometry modeling of ball end mill cutter, consideration of cusp effect of ball milling, accurate cutting angle range corresponding to different axial cutting depth are deduced.

  在球头铣刀几何建模中，考虑铣刀残余高度的影响，推导了不同轴向切深时对应的切入角与切出角范围。

• when i mill multiple parts out of a single plate i usually set the cutting depth so as to leave approx.

  当我厂多个部分的一个单一的板我通常设置切割深度，以假约。

• the characteristic of microchippings, chippings of abrasive grains, and the wear of them under different cutting depth were analysed.

  分析了它们在不同切深下的微破碎、破碎性能，以及磨耗磨损性能。

• the system consists of initial parameter and cutting depth input, cutting force and cutting power calculation, design result output.

  该系统由原始参数、切削用量输入模块、动力参数计算模块、设计结果输出模块等几个主要模块组成。

• to probe into machining mechanism in micro cutting, the minimum cutting depth for achieving stable machining was discussed.

  为探讨微切削的加工机理，对能稳定切削的最小切削深度进行了研究。

• the limit cutting depth of the machining system with optimal controlling spindle speed is studied by experiments.

  对优控主轴转速系统的极限切削深度进行了试验考证。

• co2 lasers is conducted to cutting die- board with the aim of discussing the relationship between cutting depth and parameters such as laser power, cutting speed and focal position.

  采用co2激光切割模切板，研究激光功率、切割速度、焦点位置等参数和切割深度之间的相互关系，研究如何确定最大切割速度和优化切割速度。

• with double oil cylinders, four-column guide and automatically balancing link rod structure to ensure the completely same cutting depth of each cutting position.

  采用双油缸、四柱导向，自动平衡连桿机构，保证每一个裁断位置的裁断深度完全相同。

• the results showed that the effect of cutting speed, feeds and cutting depth for ni ti nb alloy on cutting force and average cutting temperature is similar to that for 45 steel.

  结果表明：切削速度、进给量、切削深度对切削力和平均切削温度的影响基本上与45钢相同；

• the normal force and tangential force decrease with the increase of peripheral speed at the constant cutting depth and feeding speed.

  当固定锯切深度和进给速度情况下锯切花岗石时，锯切切向力和法向力随着锯片圆周线速度的增大而减小。

• through cutting experiment, the influence on cutting force and surface quality was analyzed when change the parameters such as cutting speed, back cutting depth and cutting fluid and so on.

  通过切削试验，分析了切削速度、背吃刀量以及切削液等参数改变时，对切削力及表面质量的影响。

• cutting velocity, cutting depth and feed are three factors which limit the ultrasonic turning efficiency, and so restrict the practical application of ultrasonic turning.

  超声车削的效率受切削速度、切削深度和进给量的限制，因而限制了超声车削的实际应用。