切位

斑纹切位变干涉测定基于干涉条纹极值点质扩散系数的数学描述

The Mathematical Description of Mass Diffusion Coefficient at Interference Fringes Maximum Point

利用电子散斑干涉法测量金属表面的位移场斑纹切位变干涉测定

Out-of-Plane Displacement Measurement by Using Electronic Speckle Pattern Interferometry

基于楔板剪切干涉的高斯光束远场发散角测量斑纹切位变干涉测定

Far-field Divergence Angle Measurement of Gaussian Beam Based on Wedge Plate Shearing Interference

两步广义相移干涉术的光学实验验证斑纹切位变干涉测定

Optical experimental verification of two-step generalized phase-shifting interferometry

该算法综合考虑了串联质谱中不同离子出现的概率、多肽的酶切位点数、理论离子与实验离子的匹配程度和匹配模式。

Here a novel approach was developed to scoring tandem mass spectra against a peptide database , in which fragment ion probabilities , number of enzymatic termini of candidate peptides , matching quality and match pattern between experimental and theoretical spectrum were considered .

设计了一种全新的钢卷尺自动切零位系统。

A brand-new automatic zero-cutting system of steel tape is designed .

自由曲面环切刀位规划平面曲线的位似与相似

Contour-Parallel Tool-Path Planning of Free-Form Surface Homothetic Conics and Similar Conics

2.5轴铣削加工的行切刀位轨迹的计算

An algorithm of calculating cutting path for 2.5 axis milling

膀胱全切正位可控肠道代膀胱术病人的护理

Nursing care of patients underwent total cystectomy with normotopia controlled intestine replacing bladder

钢卷尺自动切零位系统研究

Research on automatic zero-cutting system of steel tapes

自由曲面环切刀位规划

Contour-Parallel Tool-Path Planning of Free-Form Surface

本系统以基于视频分划技术的动态瞄准取代传统的人眼瞄准，实现钢卷尺切零位全过程自动化。

The whole cutting process automation of steel tapes is realized by the way of substitution dynamic collimation based on video graduation for traditional human collimation .

当前一些直缝焊管机组所配备的垂直进锯型飞锯因易造成切断端面严重变形，不适合锯切正位生产的方矩型类管材。

The vertical feed fly saw , equiped on most straight welding pipe sets , can not be suitable to cut square shaped pipes because of serious deformation on the cut face .

自动清洗喷口与刀切和矫位系统相宜。

Automatic washing jets suitable for pitting heads and aligning system ;

平头立铣刀无过切干涉刀位轨迹的自动生成

Automatic Generation of the Flat End Cutter Path without Overcut Interference during Machining of Sculptured Surfaces

两组磁铁产生的磁场在真空室中相互叠加，形成会切场磁场位形。

The magnetic fields resulting from the two groups above interact with each other and form a figure of cusp magnetic field .

在新型输出机构&零齿差机构中，齿轮必须进行切向变位才能避免齿形干涉。

In a new-type output mechanism , zero teeth difference type output mechanism , the gears must be corrected to avoid the interference of tooth shape .

根据切向变位的直齿锥齿轮的结构特点，建立了由实体单元和接触单元构成的一对齿接触的模型。

According to the structural characteristic of tangential profile shifted straight bevel gears , the finite element model of a pair of meshing teeth composed of solid elements and contact elements are built up .

因此对于插切加工大变位齿轮有利于提高齿轮弯曲强度。

So slotting big shift coeffcient gear will have advantages for improving gear bending strength .

综合应用上述算法，可以满足一般性自由曲面多点切触加工刀位计算的要求。

Then it can meet the demand for the tool path generating computation of general sculpture surface by combining all the above-mentioned algorithms applied on them .

切向分离现象是椭圆齿轮传动所特有的，其分离量应作为生成齿条的切向变位量。

Phenomenon of tangential departure is peculiar to elliptic gear transmission , its amount of departure should be regarded as the amount of tangential modification for rack generation .