The effect of external stress on dielectric function and conductivity is consistent with the effect on absorption spectrum.
外压对介电函数和导电系数的影响计算结果与对吸收光谱的影响是一致的。
The calculation results of optical properties indicate that with the increase of external stress, the energies of the main reflectivity and absorption peaks are increased, and the corresponding reflectivity and absorption coefficient are increased distinctly. The effect of external stress on dielectric function and conductivity is consistent with the effect on absorption spectrum.
光学计算结果表明，外压对氢氧化铝的光学性质有定影响，其反射光谱和吸收光谱有明显变化，随外压的增大，体系的主要反射峰位和吸收峰位对应的能量呈变大的趋势，对应的反射系数布吸收系数均明显增大外压对介电函数和导电系数的影响计算结果与对吸收光谱的影响是致的。
The invention provides a device for inhibiting multiple injection speed regulating pipe higher-order mode oscillation and reducing impure spectrum level, which is composed of electric absorption material with set dielectric constant and dielectric loss.
本发明一种抑制多注速调管高次模振荡和降低杂谱电平的装置，是用具有设定介电常数和介电损耗的电吸收材料组成的。
Microwave absorption and film dielectric spectrum detection technology was used to study the influence of complex K_4Ru (CN) _6 on the photoelectron decay time-resolved spectrum of cubic AgCl crystals illuminated in this paper.
利用微波吸收技术研究了K4Ru（CN）6浅电子陷阱掺杂剂对立方体AgCl微晶光生电子时间分辨特性的影响。
The decay process of photoelectrons of ZnS: Mn luminescence materials after excitation with short pulse laser was investigated by using microwave absorption dielectric spectrum detection technique. The photoelectron time-resolved spectra of ZnS: Mn materials were obtained.
本文采用微波吸收介电谱技术，测量了ZnS：Mn材料受到紫外超短脉冲激光激发后，其光生电子的瞬态衰减过程，得到了ZnS：Mn材料光电子衰减时间分辨谱。
The decay process of photogenerated charge carriers of ZnS: Mn, Cu: I, Br luminescence materials after excitation with short pulse laser was investigated by using microwave absorption dielectric spectrum detection technique in this paper.
本文采用微波吸收法，测量了ZnS：Mn，Cu：I，Br粉末材料受到超短激光脉冲激发后，其光生电子和浅束缚电子的衰减过程。
The temporal behaviors of free photoelectrons and shallow-trapped electrons were measured in the cubic AgCl emulsion with the microwave absorption and dielectric spectrum detection technique.
借助微波吸收介电谱检测技术，对AgCl立方体乳剂中光电子的时间行为进行了检测，同时获得了自由光电子与浅束缚光电子在不同增感条件下的时间分辨谱。
Microwave absorption and film dielectric spectrum detection technology, which has a high time resolution, was used to contactless measurement of electron characteristics in solid materials.
微波吸收介电谱检测技术具有很高的时间分辨率，可用于固体中电子输运特性的无接触测量，是研究晶体中光生载流子寿命及其迁移行为的有效方法。
Analysis of Auger electron spectrum and infrared absorption spectra of the SiO_xN_y thin dielectric film formed by low temperature PECVD
PECVD法低温形成SiOxNy介质膜的俄歇电子能谱和红外吸收光谱分析