A Simple Method of Deducing the Optical Constants of Thin Films Using the Optical Transmission Spectrum 用光学透射谱分析薄膜光学参量的一种简易方法
DETERMINATION OF THE OPTICAL CONSTANTS OF HIGH TEMPERATURE MONODISPERSE PARTICLES Both modeling and model-based inversion are important for quantitative remote sensing. 反演高温均一粒子系光学常数理论建模前向建模和基于模型的反演是定量遥感的两个主要方向。
Optical Constants of Film Materials for Deep Ultraviolet/ Ultraviblet 深紫外/紫外薄膜材料的光学常数研究
The relationship between the optical constants of continuous Cu films of different thickness and the wavelength is similar, but the values of the optical constants are different. 不同厚度的连续膜的光学常数随波长变化规律相同,但大小随膜厚变化而变化。
Optical constants measurement and calculation of window layers in cu ( in, ga) se_2 solar cells Cu(In,Ga)Se2太阳电池窗口层光学常数的测量与计算
Optical constants of fluoride films in the DUV range 氟化物材料在深紫外波段的光学常数
Ellipsometry is an optical analytical technique used to determine the optical constants and the film thickness from measurements of the change in polarization state of reflecting light. 椭圆偏振测量是一种通过分析偏振光在待测薄膜样品表面反射前后的偏振态的改变来获得薄膜材料的光学常数和薄膜厚度的高精度、非接触测量方法。
Optical constants of sol-gel derived TiO_2 films characterized by spectroscopic ellipsometry 椭偏光谱法研究溶胶-凝胶TiO2薄膜的光学常数
Determination of the optical constants and thicknesses of MEH-PPV and PFO thin films MEH-PPV和PFO发光薄膜的光学常数和厚度测定
The optical constants of evaporated films, such as germanium, zinc sulphide, rare earth fluoride, etc, had been obtained by fitting the transmission spectrum based on Lorenz oscillator model. 使用经典洛伦兹谐振子模型对热蒸发制备的锗、硫化锌以及低吸收稀土氟化物薄膜的红外透射光谱进行拟合,得出这些材料在中长波红外区的光学常量。
Due to its complicated microstructure and absorption mechanism, it's difficult to measuring optical constants of ITO. 由于ITO具有复杂的微观结构和吸收机制,很难准确测量出它的光学常数。
Optical constants in the visible light region at room temperature are measured by using ellipsometric spectroscopy, and the third derivative spectrum of the dielectric functions are evaluated. 用椭偏光谱法测量了样品在室温下可见光区的光学常数,并求其介电函数的三级微商谱。
These results offer a new possibility for determination of crystal optical constants. 这些结果为应用新的方法测量双轴晶体光学参量提供了可能性。
A method for determining both the optical constants and the thickness of thin films from transmission spectrum has been presented. 给出了确定透明均匀薄膜光学常数和厚度的方法。
This paper has studied the size effect of particles for the optical constants value in theory. 本文从理论上研究了粒径变化时粒子光学常数n、k值的尺度效应。
The resistivity, optical constants and infrared absorption spectra of the films have been measured. 测量了膜的电阻率、光学常数和红外吸收谱。
Optical constants and dielectric constants of normal cesium oxide thin films are related to wavelength of incident light and cesium impurity contained. 正常氧化铯薄膜的光学常数和介电常数随铯杂质含量和入射光波长有关。
Test methods for film thickness and optical constants 薄膜厚度和光学常数的主要测试方法
Studies on Optical Constants and Thickness Uniformity of the Laser Thin Films 激光薄膜光学常数和膜厚均匀性的研究
Determination of Optical Constants and Thickness of Semiconductor Thin Films by Transmission Measurement 用透过率测试曲线确定半导体薄膜的光学常数和厚度
A new method to calculate the optical constants of inhomogeneous mediums is presented. This method is to consider the absorption and scattering of light in the medium carefully. 提出了一种计算非均匀介质光学常数的新方法,该方法仔细地考虑了光在非均匀介质中的吸收和散射。
The measurement and evaluation of optical constants of optical reflecting coats can be done by this system. 可完成对各种光学反射镀层的光学常数的测试和评价。
The inner relationship between the microstructure and optical constants of the ZnO: As films has been established. 同时也建立了ZnO:As薄膜的微观结构与其光学常数的内在联系。
The optical constants of hydrogen-free DLC films are obtained by using the particle swarm algorithm for inverse calculation of the transmittance spectra. 测试了样片的透射率光谱,采用粒子群算法对透射率光谱进行反演计算,得到了无氢DLC薄膜的光学常数。
Optical constants and bandgap of topological insulator materials films have been measured. 测量了新兴的拓扑绝缘体材料超薄膜的光学常数和带隙。
The temperature dependence of optical constants of solid materials was analyzed using the single-oscillator-based Lorentz dispersion model. 基于单振子的洛伦兹色散模型,分析了材料的光学常数随温度变化的关系。
Especially, the electro-optic tensors and the nonlinear optical constants of ZnO with different strains are also obtained. 并得到了ZnO在不同应变下的电光张量和非线性光学系数。
We have studied the optical constants of ultrathin aluminum films and their thickness dependence. 研究了超薄金属铝膜的光学性质及其随厚度变化的规律。
Then the optical constants of ultrathin iron films with different thicknesses have been obtained. 并在此基础上得到了超薄铁膜的厚度,进而得到了不同厚度超薄铁膜的光学常数。
We analyze the effect of sputtering power and substrate temperature onto the optical constants of tantalum films. 分析了溅射功率和衬底温度对纳米尺度钽膜光学常数的影响,并观察到了极小的薄膜应力对光学常数的显著影响。