1) ENDIF
介质增强法则
1.
In this thesis, addressed the breakdown voltage and self-heat problems of SOI, under the guidance of ENDIF (Enhanced Dielectric layer Field), using MEDICI simulation and optimization of the three new structures of SOI high voltage devices.
本文围绕SOI器件的击穿特性与热特性问题,在介质增强法则ENDIF(Enhanced Dielectric layer Field)指导下,利用二维数值仿真软件MEDICI仿真优化了三种SOI高压器件新结构,并分析了此三种结构的纵向耐压机理和散热机理。
2) insnlator/enhanced dielectric layer field
绝缘/介质场增强
3) dielectric mixing laws
介质混合法则
1.
The effect of ceramic fine power content on dielectric propert as well as the dependence of dieletric properties were investigated and dielectric constant were also predicted using dielectric mixing laws.
研究了陶瓷微粉含量对其介电性能的影响以及介电性能的频率和温度特性 ,并用介质混合法则对其介电常数进行拟合分析。
4) metal enhanced dielectric films
金属增强介质膜系
6) gain medium
增益介质
1.
This paper quantitatively compares the spectrum characteristics between Fabry-Perot interferometer with gain medium and diffraction grating spectrometer.
对加入增益介质的F-P干涉仪的光谱特性与衍射光栅光谱仪的光谱特性作了定量对比。
2.
According to Raman gain theory, the optimized design of fiber Raman amplifiers is proposed in different aspects, such as gain medium, pump source and pump condition.
根据拉曼放大的基本方程 ,从增益介质、抽运光源和抽运方式三个方面提出光纤拉曼放大器的优化设计原则 ,并给出理论计算结
3.
It is found that under certain conditions,the generalized vector potential effective field operator of the 4MFSS light field |Ψ(fj)>q in the medium shows periodical equal-power N-th power Y-squeezing;in the gain medium,as the light field spreading.
结果表明,在一定条件下,介质中4MFSS光场广义矢势有效场算符呈现出周期性变化的等幂次N次方Y压缩效应;在增益介质中,随着光场传播距离及各单模相干态光场平均光子数、多模相干态光场总平均光子数和光场强度的增大,光场广义矢势有效场算符所呈现的N次方Y压缩效应压缩程度加深,压缩幅度增大,压缩效应增强;在吸收介质中,随着光场传播距离的增大,各单模相干态光场平均光子数及多模相干态光场总平均光子数减小,光场强度减小,广义矢势有效场算符N次方Y压缩效应压缩程度降低,压缩幅度减小,压缩效应减弱。
补充资料：介质
介质
即"递质"。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条