切削深度的英文

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"切削深度"怎么读用"切削深度"造句

英文翻译手机版

cut depth
cutter depth
cutting depth
depth of cut

"切削"英文翻译 cutting; cut; profiling
"深度"英文翻译 degree of depth; depth
"每刀切削深度" 英文翻译 : depth per cut
"大吃刀大切削深度" 英文翻译 : fulldepth
"千分表切削深度调整" 英文翻译 : micrometer cutting depth adjustment
"车削深度" 英文翻译 : drehtiefe depth of cut
"端铣时工件被切部分宽度(柱铣时为切削深度)" 英文翻译 : working engagement
"切削量（深度）" 英文翻译 : depth of cut
"切削范围深度" 英文翻译 : range depth
"磨削深20" 英文翻译 : m/s
"削深作用" 英文翻译 : oversteepening
"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
"深度" 英文翻译 : 1.(深浅程度) degree of depth; depth 河水的深度 the depth of the river; 通过疏浚保持河道的深度。 the depth of the river is maintained by dredging.2.(触及事物本质的程度) profundity; depth 一篇表现出思想深度的文章 an article that shows depth of thought; 她最近的那首诗极有深度。 her latest poem has remarkable depth.; 深度计 depthometer; 深度记录器 depth recorder; 深度指示器 depth indicator
"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

例句与用法

For varying cutting depths and interrupted cutting
适合变化的切削深度和适合间断性切割。
For positive chip angles , interrupted cutting and varying - cutting depth
适合锐角的切削角度、切断操作和变切削深度。
Milling , turning , planning of cast iron , annealed cast iron , steel , austenitic steel . medium cutting speed and chip cross - sections . for interrupted cutting and varying cutting depths . high toughness and impact strength
对铸铁、退火铸铁、钢铁、奥氏体铁进行铣削、车削、刨平加工的牌号。适合中等切削速度、中等切削截面的切削加工。适合不同切削深度和间断性切割。抗冲击强度高、韧性高。
Generally , numerical control machine ( nc ) machining workpieces depended on parts " program . some cutting parameters , such as cutting rate , feed rate and cutting depth etc , are fixed on nc machining reference handbook and manipulator ' s experience
一般数控机床在加工生产中是根据编制的加工程序进行工件的切削，加工过程中的一些参数如：切削速度、进给速度、切削深度等都是在编程时根据机床加工手册和操作者的经验确定。
The model - free pid control method with neuron tuning gain and the neuro - fuzzy control method for a constant cutting force metal turning process system are proposed . the former method keeps the cutting force to be constant by using the neuron to change the pid controller gain on - line . the latter method construct the fuzzy neuron controller by combing the fuzzy controller and the neuron controller
针对具有非线性和不确定性的机械加工切削过程，提出了神经元增益自整定的pid控制方法和模糊神经元非模型控制方法，前者采用神经元来在线调整pid控制器的增益，后者将模糊控制器和神经元控制器相结合构成模糊神经元控制器，这样当对象特性随切削深度的变化而变化时，所设计的控制器能保持切削力恒定，使系统稳定并具有满意的动态品质。
Firstly , tool - path for rough machining is generated through setting cutting depth , machining allowance and other parameters . interferences are resolved through raising the z - components of the generated cl point according different kind of situations . and then two methods to generate tool - path for finish machining is presented
首先通过设定切削深度和加工余量等参数生成递归分割曲面模型的粗加工刀具轨迹,对刀具轨迹生成过程中多种抬刀情况分别进行处理,避免粗加工中的过切干涉。
On the premise that the basal transducer layout was designed according to the requirements of deep - sea exploring surroundings and technology on the basis of the hardware structure and data collecting ways of interferometric sonar , the echo signal by energy relativity search is analyzed and calculated , altitude data of the tiny terrain on the seabed under real - time irradiation of ultrasonic is gained as to provide parameters of best cutting depth for intellectualization of the seabed mining vehicle timely and promptly
摘要在相干声纳硬件结构及数据采集方式的基础上，结合具体的深海钴结壳探测环境和技术要求，确定了换能器基本布局，探讨了信号采集与处理方法，利用能量相关搜索法对回波信号进行分析和计算，得出超声波实时照射下的海底表面微地形高程数据，为海底采矿车智能化开采提供实时、快速的最佳切削深度参数。
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。
The authors use a ultrasonic transducer emit ultrasonic to simulated seabed tiny terrain , then analyze and calculate the relativity of amplitude according to the time , phase and amplitude etc included in echo signal and making using of the relativity of amplitude characteristics , at last gain the real - time altitude data of tiny terrain for deep - sea cobalt crusts mining in order to provide the parameter of best cutting depth for the intellectualized mining of excavating head
摘要通过超声波换能器向模拟海底微地形发射超声波，根据回波信号包含的时间、相位和幅度等信息，利用幅度特征相关性进行分析和计算，得出深海钴结壳开采所需要的实时微地形高程数据，为采掘头智能化开采提供最佳切削深度参数。
Comparing to traditional refractive errors correcting , the principle and technique are quite different . basis on the concept of human eye wavefront aberration , chapter 4 studied zemike polynomials to represent the aberrated wavefront in the pupil and fitted the data to a zernike series to reconstruct the wavefront aberrations of living human eye . researched the relationship between second - order zernike coefficients and conventional spectacles . we verfied that wavefront aberration guided excimer laser cornea ablation surgery is feasibility and veracity , in order to provide theory foundation for correct the low order and the high order aberration of the human eyes
叙述了人眼像差的概念和产生的原因，并确定了采用zernike多项式表示像差的方法；首次定量分析了zernike多项式表示的像差与角膜切削深度的关系；首次采用主观式人眼像差仪测量像差，并研究了其实现原理和软件控制框图，论文首次研究了准分子激光进行矫正人眼像差的原理，为像差引导的准分子激光屈光手术提供了理论和实验依据，实现了“个性化切削” 。