1.
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
2.
On Teaching of Physics of Semiconductor Devices;
《半导体器件物理基础》课程教学的思考
3.
Physics and Technology of Semiconductor thin Films ?
半导体薄膜物理与技术
4.
Physics of Semiconductor Devices
《半导体器件物理学》
5.
Foundational Technology of Energy-Saving & Emission Reduction--Power Semiconductor Devices and IC's
节能减排的基础技术-功率半导体芯片
6.
CONVENTIONAL SEMICONDUCTOR microchips operate based on“ classical”19 th-century theories of electromagnetism.
一般传统的半导体微晶片运作的基础，是19世纪的「典」磁理论。
7.
CONVENTIONAL SEMICONDUCTOR microchips operate based on “classical” 19th-century theories of electromagnetism.
一般传统的半导体微晶片运作的基础，是19世纪的「古典」电磁理论。
8.
PROMOTING“ THE FUNDAMENTAL RESEARCH OF INTEGRATED SYSTEM ON-A-SEMICONDUCTOR-CHIP”;
大力支持“半导体集成化芯片系统的基础研究”
9.
The Formation Mechanism and Its Physical Properties of Semiconductor Grains from Silicon-based Films;
硅基薄膜中半导体颗粒的形成机理及其相关物性
10.
schottky barrier mos
肖特基势垒栅金属氧化物半导体
11.
Experimental Studies on Magnetism of TiO_2-Based Oxide Semiconductor
TiO_2基氧化物半导体磁性的实验研究
12.
News in Brief--4th International Conference on the Physics of Narrow Gap Semiconductors
第四次国际窄禁带半导体物理会议
13.
CMOS microprocessor
互补金属氧化物半导体微处理机
14.
"Semiconductor Physics" Key Course Construction and Teaching Discussion
“半导体物理”重点课程建设与教学探讨
15.
Design and Establishment of the General Physics Net Text with Teachers Leading Function;
主导型《基础物理》网络教材的设计开发
16.
Sound knowledge in semiconductor physics, semiconductor device testing and characterization.
具备半导体物理学,半导体设备测试和性能的相关知识.
17.
The idea underlying the semiconductor counter is old.
半导体计数器的基本原理还是旧的。
18.
The First-principles of AlN Based Diluted Magnetic Semiconductors;
AlN基稀磁半导体的第一性原理计算