切削量的英文

• cutting output
• stock removal

• "切削"英文翻译    cutting; cut; profiling
• "量"英文翻译    measure capacity
• "材料切削量" 英文翻译 :    zeitspanungsvolumen material removal rate
• "切削量（深度）" 英文翻译 :    depth of cut
• "最大切削量" 英文翻译 :    maximum cut
• "切口切削量删掉的部分切量切削" 英文翻译 :    cut
• "车削量" 英文翻译 :    drehvolumen
• "掘削量" 英文翻译 :    digging mass
• "理论磨削量" 英文翻译 :    theoretical stock removal
• "切削" 英文翻译 :    [机械工程] cutting; cut; profiling 粗切削 rough cut; 高速切削 high-speed cutting; 金属切削 metal cutting
• "钻头磨削量规" 英文翻译 :    drill grinding gage; drill grinding gauge
• "粗切削" 英文翻译 :    bastard cut; lower cut; rough cutting; rough machining; roughing cut
• "精切削" 英文翻译 :    finishing cut
• "净切削" 英文翻译 :    clean cut
• "冷切削" 英文翻译 :    cold machining
• "慢切削" 英文翻译 :    slow cutting
• "浅切削" 英文翻译 :    light cut; shallow cut
• "切除,切削" 英文翻译 :    remove
• "切削比" 英文翻译 :    cutting ratio
• "切削层" 英文翻译 :    cut level; cutting lay; lay of cutting; layer of cutting
• "切削齿" 英文翻译 :    cogging; cutting teeth; cutting tooth
• "切削刀" 英文翻译 :    bite; cutter blade; kurvenfrmige schneide curved cutting edge; working angles
• "切削的" 英文翻译 :    truncated
• "切削点" 英文翻译 :    schnittpunkt point of intersection
• "切削法" 英文翻译 :    cutting system

• Depth of cut
  切削量深度
• 0 and 6 . 0 for cutting thick wood block with fast speed and quality
  0和6 . 0能锯切木材，适用各种厚木材，特点切削量大、速度快、切削面质量优。
• The gap is adjusted and the position is set according to the dimensions of processing pats ( there is position - limiting device set in machine tool ; it cannot be exceeded and disassembled )
  根据加工件尺寸需要调整切削量的间距工，固定好设置的定位： (机床上设有极限定位装置，不可超越和拆卸。
• Ub grinding wheel provides heavy stock removal and uniformed surface finish , permitting automation of polishing operation which results in reducing finishing time and eliminating some of finishing processes
  Ub磨轮可提供较大的切削量以及均匀的表面研磨较果。可应用在自动化的抛光作业中，也因此可以减少精磨时间及减去一些制程中的步骤。
• Corneal surfaces in eyes with regular astigmatism are thought to be toroidal surfaces . based on mathematical models for corneal surfaces before and after treatment , a corneal ablation model is given for such refractive errors as spherical myopia , compound myopic astigmatism , and simple myopic astigmatism . a similar corneal ablation model is also given for such refractive errors as hyperopia , compound hyperopic astigmatism , and simple hyperopic astigmatism
  采用超环面( toroidalsurface )建立起规则散光下的角膜曲面模型方程;定量研究了手术光学区屈光不正两种通用的矫正模型,一种模型适用于单纯近视、复性近视散光、单纯近视散光的矫正,另一种模型适用于单纯远视、复性远视散光、单纯远视散光的矫正;另外,作为影响手术效果的重要因素,提出了一种用于光学区直径和过渡区宽度均可调节时过渡区角膜切削量的计算模型。
• An ophthalmic excimer laser system used to correct wavefront aberration is presented . the conception and zernike representation of wavefront aberration of human eyes recommended by osa are introduced . the connection of wavefront aberration and ablation profile is analyzed and a model for calculating ablation profile to correct wavefront aberration is presented . because the ablation depth on the boundary is nonzero and irregular , we present a model for calculating ablation profile in a transition zone
  深入研究了准分子激光像差矫正系统,采用美国光学大会推荐的像差的定义、像差的zernike多项式表示方法,定量分析zernike多项式表示的像差与角膜切削量的关系,采用主观式人眼像差仪测量像差,得出了像差矫正的角膜切削模型,并提出了一种采用过渡函数进行边界切削的方法,用于可调的过渡区切削量的计算,为人眼单色像差的矫正提供了理论基础。
• Based on the relationship between the change of the cornea thickness and optical path length , the ablation profile for the correction of wavefront aberration is presented and simulated on computer . the process of scanning - spot excimer laser is studied and simulated on computer . models for calculation of residual wavefront aberration on situations of lateral decentration and torsional misalignment are brought up
  使用改变光程的方法建立起波前像差与角膜切削量之间的关系,并对像差矫正模型进行计算仿真;深入研究了小光斑准分子激光飞点扫描模型,对飞点扫描过程进行计算仿真;提出了中心偏移和旋转情况下剩余像差计算模型,为定量研究切削中心定位精度对像差矫正的影响提供了依据。
• Based on the diopter status of myopia and hypermetropia , the paper presented the principle of excimer laser refractive surgery , the change of impacting cornea curvature on the cornea diopter . in this chapter , we also discussed excimer laser - corneal tissue interactions and photoablation . determine the relationship between the fluence of arf excimer laser and the cornea ablation rate , attain the relationship between the energy density and the ablation depth
  研究了激光与生物组织相互作用、光蚀作用及准分子激光消融角膜的机理；首次定量研究193nm准分子激光高斯光束的切削量与能量密度的关系，计算单个激光脉冲角膜切削量；发现了角膜曲率对切削效果的影响，首次提出了角膜曲率半径、切削位置与切削深度的关系；首次定量确定了激光光斑参数及其排列方式对术后角膜表面粗糙度的影响，为更精确实现角膜切削和提高切削后角膜表面光洁度、减少手术后角膜浑浊及角膜表面术后不规则提供了理论依据。