1) Bruggeman effective medium approximation theory
Bruggeman介电常数近似理论
1.
In this work,we set up sensing model of PSMs by applying the Bruggeman effective medium approximation theory and the method of transference matrix.
本文主要利用Bruggeman介电常数近似理论与传输矩阵的方法,建立了多孔硅微腔的传感模型。
2) Bruggeman approximation
Bruggeman近似
3) Bruggeman theory
Bruggeman理论
1.
The results show that some physical quantities calculated with Bruggeman theory,including the peak positions of n λ and k λ curves,peak width and variations in peak position with stoichimetric shifts of Ag,agree better with the experimental observations than those evaluated with wid.
将描述弥散体系行为的Maxwell Garnett理论与Bruggeman理论应用于Ag MgF2 复合纳米颗粒薄膜 ,分别计算出该复合体系在 2 5 0nm～ 830nm波段范围内的光学常数n、k随波长λ的变化 ,并与实验结果进行比较。
5) Electron-vibration motion approximation theory
电子振动近似理论
1.
Electron-vibration motion approximation theory (EVMAT) and the solubility of isotopic-hydrogen in metallic titanium;
电子振动近似理论和氢同位素在金属钛中的溶解度(三)
6) approximate beam theory
近似梁理论
补充资料：介电常数
见电介质。
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