1.
Solid-state technology advances have also enabled the use of the silicon-controlled rectifiers (SCR) or thrusters for HVDC applications since the late 1960s.
自60年代后期起,固体电路技术的进步使可控硅(晶闸管)也被用于高压直流输电。
2.
Research of CMOS IC Radiation Hardened Process;
CMOS集成电路抗辐射加固工艺技术研究
3.
The success of the transistor and advances in solid-state physics provided the foundation for another new technology, integrated circuits, IC's.
晶体管技术的成功和固态物理的进步为另一项新技术奠定了基础，那就是集成电路，也就是IC。
4.
The Ionization Total Dose Radiation Effects and Hardening Techniques of FPGA Microcircuit;
FPGA微电路电离总剂量辐射效应及加固技术研究
5.
Fabricating processes of electrolyte thin film of solid oxide fuel cells
固体氧化物燃料电池电解质薄膜制备技术
6.
Study on a New Type High Performance Power Supply of DPSSL;
新型高性能半导体泵浦固体激光电源技术研究
7.
fixed bias transistor circuit
固定偏压晶体管电路
8.
Study on Electrode Materials of Conductive Polymer and Technology of Solid Electrolyte Capacitor;
导电聚合物电极材料研究及其固体钽电解电容器技术
9.
Development of Coal/Carbon Based Solid Oxide Fuel Cell
煤基/碳基固体氧化物燃料电池技术发展前沿
10.
Progress on the compressive sealing technique for solid oxide fuel cell
固体氧化物燃料电池压缩密封技术的研究进展
11.
Study on Technology System and Main Technical Standards of Electrified Railway OCS
铁路电力牵引供电接触网技术体系及主要技术标准的探讨
12.
The technique of solid- electrolyte- potentiometry( SEP) was used to investigate the effect of internal diffusion.
采用固体电解质电位测定技术进行了内扩散影响的考察。
13.
THE DEVELOPMENT OF MICROELECTRONICS AND OPTOELE CTRONICS FROM BASIC ENERGY BAND THEORY
微电子、光电子高技术的发展源于固体能带的基础性研究
14.
Anatomical Study of Anteriror Approach Screw Fixation Through C2 Vertebral Body into C1 Lateral Mass;
前路经枢椎椎体寰椎侧块螺钉固定技术的应用解剖学研究
15.
Soft-switching Study on Power Supply for Diode Pumped Solid State Laser;
大功率半导体泵浦固体激光器电源的软开关技术研究
16.
Use multi-media techniques such as closed circuit TV and satellite transmission
使用如闭路电视和卫星传输等多媒体技术
17.
Specification for 12-channel transistorized carrier telephone equipment on an open-wire pair
GB/T5446-1985明线12路晶体管载波电话设备技术要求
18.
IC Technology: Past and Future?-at The 50th Anniversary of the Invention of the Transistor
集成电路技术: 过去与未来——写在晶体管发明50年