1.
On Teaching of Physics of Semiconductor Devices;
《半导体器件物理基础》课程教学的思考
2.
Physics of Semiconductor Devices
《半导体器件物理学》
3.
metal-oxide-semiconductor device
金属－氧化物－半导体器件
4.
Technological Fundamentals of Semiconductor Device
半导体器件工艺原理
5.
Theory of Semiconductor Power Devices ?
半导体功率器件理论
6.
Teaching Probe and Practice of Incorporating Semiconductor Physics Fundamentals into College Physics Course for Engineering Students;
半导体物理基础在工科物理教学中应用的探索与实践
7.
complementary metal oxide semiconductor device
互补金属氧化物半导体器件
8.
enhancement MOS device
增强型金属氧化物半导体器件
9.
fuse for protection of semiconductor device
保护半导体器件熔断器
10.
Spice and VHDL Co-Simulation for the Power Semiconductor Device
基于SPICE和VHDL的有源半导体器件仿真
11.
Research on Curriculum Construction of Principles of Semiconductor Devices
“半导体器件原理”课程建设的研究
12.
semiconductor device parameter stability
半导体器件参数稳定性
13.
Luminous Material and Device of Semiconductor ?
半导体发光材料与器件
14.
Course Design of Semiconductor Devices
半导体器件课程设计
15.
semiconductor energy converter
半导体能量转换器件
16.
The idea underlying the semiconductor counter is old.
半导体计数器的基本原理还是旧的。
17.
The Research and Development of Semiconductor Testing System Based on S3C44B0;
基于S3C44B0的半导体分立器件测试系统的开发
18.
Stress Analysis of Semiconductor Devices Based on Strained Si Technology;
基于应变硅技术的半导体器件的应力分析