透射率

同时利用模型考察了玻璃温度、加热管温度以及玻璃透射率对LowE玻璃辐射换热的影响。

The model also shows the effects of glass temperature , heating tube temperature and glass transmissivity on radiative heat transfer of Low E glass .

利用传输矩阵法推导出一维光子晶体的反射率和透射率公式，然后利用MATLAB软件编程得到一维光子晶体反射率的计算程序。

We get the formulas of reflectivity and transmissivity by the method of characteristic matrix , and then get the process of reflectivity of 1D photonic crystal by MATLAB .

叙述了实验装置及H2~+透射率的测量方法；

The experimental arrangement and measuring method are described .

用CCD测量生物组织的漫反射率和透射率

Measurements of Diffusion Reflectance and Transmittance of Biological Tissues by Using CCD

实验中也发现随着Cu掺杂量的增加，薄膜的透射率也随之减小。

We also find that the transmission rate decreases rapidly when the Cu concentration increasing .

Cu离子注入石英玻璃及退火后的透射率研究

A Transmittivity Study of the Influence of Ion Dose and Annealing Temperature in SiO_2 Glass Implanted with Cu

各向异性和复式结构导致了x偏振和y偏振有不同的带隙结构、透射率和态密度等。

The anisotropy and duplex result in different band gap structures , transmission probabilities and state densities for x polarization and y polarization .

ITO薄膜的可见光透射率随着退火温度的提高先增大后减小。

The visible light transmittance of ITO films increases and then decreases with the annealing temperature increased .

而且，后期的退火处理对CdS薄膜的结构、形貌、透射率也有很大影响。

In addition , post-annealing treatment had greatly affected on the structure , surface morphology and transmittance of CdS thin films .

至今为止，对SnO2的研究主要集中在低电阻高透射率的n型透明导电特性及应用方面，但对p型导电的SnO2透明导电薄膜的研究少有报道。

Up to now , most researches and applications are based on its n type conducting character , and its low resistance properties .

把长波辐射平均面透射率的不同计算方法应用于全球范围的p－σ混合坐标系五层模式，分别对夏季气候进行了模拟。

Several computation methods of the mean slab long wave radiation transmissivity in the atmosphere are applied to a global five layer model with p σ mixed coordinates , which were used in modeling summer climate .

PMMA薄膜表面十分平整，可见光区平均透射率达到92%（不含基板）。

The average transmittance of PMMA thin film in the visible region is 92 % . Its surface is rather smooth .

Ti-O化合物制备TiO2薄膜热处理及透射率研究

Study of the Heat Treatment and Transmittances of TiO_2 Thin Films Prepared by Ti-O Compounds

本文将时域有限差分方法（FDTD）用于光子晶体理论研究，计算了光子晶体的透射率频率分布；

The Finite Difference Time Domain ( FDTD ) method is developed for the research of the transmission properties of 2-D photonic crystals .

用光透射率、红外吸收谱和小角度X射线衍射谱分析了DLC膜的结构和光学性质。

The structural and optical properties of the DLC films are analyzed by utilizing optical transmission , infrared absorption and small angle X ray diffraction spectroscopy .

在低温偏压衬底下，用三极反应溅射法镀制出在可见光区透射率为83%的ITO膜。

ITO film with 83 % transmittance in visible region has been coated on the biased substrate with DC triode reactive sputtering method .

本文利用粒子辐射特性综合测试实验平台，开展了测量纯SiO2粒子系的光谱透射率，利用反演模型得到其光谱复折射率数据。

In this paper , the integrated test platform of particle radiation features has been used to measure the spectral transmittance of pure SiO2 .

ZAO样品的可见光区透射率同样达到90%，随着Al掺杂浓度或退火温度的升高，薄膜光吸收边向短波方向移动。

With Al doping concentration and the annealing temperature increasing , the absorption edge of the transmission curve of the films moves toward short wavelength .

HFCVD金刚石膜的形貌对红外透射率的影响

Influence of the Morphology of Diamond Films by HFCVD on Its Infrared Transmission

当耦合层Lc厚度变化时，在光子晶体禁带边缘附近出现两个高透射率区域。

When the thickness of the couple layer changes , there will be two regions with high transmittivity besides the edges of the photonic crystals gap .

透射光谱结果显示载玻片上生长的ZnO薄膜在可见光波段的透射率达到77～87%，薄膜的禁带宽度与ZnO体材料禁带宽度基本相等。

The optical transmittance spectra of the films showed a transmission between 77 and 87 % in the visible light region and the bandgaps were basically equal to bulk ZnO .

利用该双层结构的转移矩阵，我们数值计算了由N个这种双层结构周期性排列而构成的一维有限长度光子晶体的透射率和态密度。

Based on the transfer matrix for the bilayer structure , we compute the density of states along the axis of the finite one-dimensional photonic crystal , which is constructed out of N such bilayer structures periodically .

TiO2薄膜在可见光区透射率高，折射率大，是非常重要的光学膜；

TiO2 thin film is a kind of very important optical film which has high transmission rate and refraction rate in visible light area .

PDLC膜光透射率温度特性的研究

Temperature Dependent Transmittance of PDLC Film

模型充分考虑了Low-E真空玻璃表面反射率以及透射率对辐射传热的影响作用。

The reflectivity and transmissivity of Low-E vacuum glass were fully considered in this model .

测试了在不同视觉环境下，雾浓度对可见度的影响，和不同光源、不同光色LED在雾气条件下的透射率，以及透射率和雾气距离的关系。

The relation of mist thickness and visual visibility in different visual environment , transmission rate of different light sources and color LED , as well as the relation between transmission rate and distance , are then studied .

透射率作为频率的函数由实验直接测量具有相当的难度，TRI为获得薄膜的透射率提供了一种新的可能途径。

It may become a new approach to transmissivity which is rather difficult to be measured directly as a function of frequency .

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。

The optical constants of hydrogen-free DLC films are obtained by using the particle swarm algorithm for inverse calculation of the transmittance spectra .

初始自发晶化的Se薄膜其透射率低于非晶Se薄膜，光学吸收边向长波长方向移动。

The transmission intensity of the spontaneous crystallization of Se thin film was lower than that of the amorphous Se thin film and the absorption edge was shifted to longer wavelength .

采用PL光谱和透射光谱系统分析了样品的光学性质.通过对透射光谱的研究发现，成分配比及溶液中的PH值影响可见光的透射率。

The PL spectra and transmission spectra analysis of the optical properties of the samples . Through research on the transmission spectra , composition and solution PH effects of visible light transmittance .