1.
Discussion on Teaching of Basic Technology of Exchangeability Measurement;
“互换性与测量技术基础”课程教学探讨
2.
Research and Practice on Teaching of "Exchangeability & Measurement Technology"
“互换性与测量技术”课程教学方法研究与实践
3.
Discussing New Method on Experiment Teaching of Interchangeability and Measuring Technology Foundation;
浅谈互换性与测量技术基础实验教学的新模式
4.
Reform in education of interchangeability and measurement technique base course toward the 21st century;
“互换性与测量技术基础”课程的教学改革探讨
5.
On teaching method and curriculum innovation of the course interchangeability and basic of measuring technology;
关于《互换性与测量技术基础》课程教学方法和课程改革的探讨
6.
Experiment of Exchangeability Measurement Technology
互换性与技术测量实验
7.
Basic Technology of Exchangeability Measurement
互换性技术测量基础
8.
The Hypermedia CAI System Design about Interchangeabilityand Technical Measurement Experiment Course;
互换性与技术测量基础实验课的多媒体CAI系统设计
9.
The state of art of bevel gear measuring technology and features of different measuring methods are analysed, and the conception of local interchangeability of bevel gears is proposed.
分析了锥齿轮测量技术的发展现状及各种测量方法的特点，并提出了锥齿轮局部互换性的概念。
10.
Research on Some Key Issues for High-Speed Internet Performance Measurements;
高速互联网性能测量若干关键技术研究
11.
Research on heat transfer characteristic of lamilloy internal surfaces using transient liquid crystal technique
应用瞬态液晶测量技术研究层板内部换热特性
12.
Research and Realization on IC Test Vector Automatic Translation;
芯片的测试向量转换技术研究与系统实现
13.
Flow velocity measurement based on data fusion and correlation analysis;
基于数据融合与互相关技术的气固两相流固相流速测量技术研究
14.
It is used as an illustration of the interchangeability of mass and energy.
这是用来说明质量与能量的可互换性。
15.
Technology of EDI on Internet
互联网电子数据交换技术分析与比较
16.
Research on IP Network Performance and Its Measurement Technology;
IP网络性能分析与测量技术的研究
17.
Measurement and Analysis of Compatibility and Coverage of DRM+ Technology System
DRM~+技术系统兼容性及覆盖测量与分析
18.
It is pointed out that the bevel gear integral error measuring technology, which was invented in China, is a powerful tool to realize the local interchange of bevel gears.
指出我国发明的锥齿轮整体误差测量技术是实现锥齿轮局部互换的有力工具。