1.
Design of Experiment for Measuring Gaussian Beam Spot Size Using Knife Edge
刀口法测量高斯光束腰斑大小实验设计
2.
Using Knife-edge Method at the Focus of a Lens to Measure the Beam Divergence of a Giant Pulse Laser Output
焦点刀口法测量巨脉冲激光的光束发散角
3.
Research of Wear Measurement of Skate Edge Based on Neural Network;
基于神经网络的冰刀刀刃磨损测量方法的研究
4.
Development of the Instrument for Measuring Chaser Base on USB Interface;
基于USB接口的管螺纹刀片测量仪的研究
5.
Straightness measurement uncertainty evaluation for straight edge's working edge
刀口尺工作棱边直线度测量不确定度评估
6.
Research of Wear Measurement Algorithm of Skate Edge and Its Hardware Implementation;
冰刀磨损量测量算法及其硬件实现的研究
7.
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
8.
Development of Ultrasenitive Immunoassay for Detection of Deoxynivalenol
脱氧雪腐镰刀烯醇超微量免疫检测法的建立
9.
3D Surface Measurement System for Free-Form Surface Based on Closed-Light-Section Method
基于闭合光刀法的自由曲面三维形貌测量系统
10.
Boring Cutter to Feed Signal Two-Point Problem Measuring Accuracy and Error Analysis
镗刀进给信号两点法测量精度及误差分析
11.
Digital Knife-edge Testing Technology on Spherical Mirror of Large Aperture;
大口径球面数字刀口检测技术的研究
12.
This is the only accurate test because if the liner or lock is engaged you can't tell if the blade pivot is precise.
因为当锁定机构压迫刀体时你无法区别是否刀轴精确性，只有这样才能准确测出晃动量。
13.
Study on Measuring Methods and Chip Breaking Mechanism of 3D Non-Uniform Groove Cutting Tools;
三维复杂槽型车刀片测量方法及切屑折断机理的研究
14.
A methodology of Tool wear diagnostic using Linear regression model and prognostic using double exponential smoothing
线性回归模型诊断和在线预测刀具磨损量的方法研究
15.
Research of the Method Generation of Tool Path for NC Rough Machining Based on Measured Data Points
基于测量数据点的数控粗加工刀具路径生成方法研究
16.
Application of Frequency Band Energy Character Method in Cutter Wear Monitoring System Using Acoustic Emission
频带能量特征法在声发射刀具磨损监测系统中的应用
17.
A Multi-port Device Measurement Technique Using a Two-Port Network Analyzer
二端口网络分析仪测量多端口器件的方法
18.
Considerations for Port Throughput Capacity Forecast Method of Dongguan Municipality;
对东莞市港口吞吐量预测方法的思考