In this paper , the mechanical behaviors of the polythiophene ( pth ) and ploypyrrole ( ppy ) films are experimentally investigated using an electronic speckle pattern interferometry ( espi ) method and an equipment with a sensitive mechanical sensor 本文采用对面内位移敏感的电子散斑干涉技术和带有自制的灵敏力传感器的实验装置对不同厚度的聚噻吩薄膜试样进行了拉伸实验。
In the first part , the absorbing performance of the carbon cluster - like materials with different thickness and the number of material layers have been studied . in the same time , the absorbing mechanism of material has been analyzed theoretically 在第一部分中，我们对不同厚度、不同层数的碳团簇型吸波材料的制备和吸波性能进行了实验研究，并对其吸波机理进行了分析。
The paper studies the effect of end - plate to initial connection stiffness , ductility failure of beam , strength of panel zone and contact states itself through analysis of different thickness of end - plate in the extended end - plate connection . 3 对节点中不同厚度端板的静力分析，深入研究了端板对节点的初始连接刚度、梁的延性破坏、柱腹板承载力以及其本身接触状态的影响； 3
This paper consisted of four chapters . the first one was an introduction , which sununarized the background and significance . the results of microsmicture , optical constams and styess properties on different cu and mgf , films were introduced in the second and third one 本文共分四章：第一章是绪论，概述了进行此方面研究的背景和意义；第二章、第三章分别介绍了用组元材料制备的不同厚度cll膜和mgf 。
Duxing researching the preparation , microstructure and photoelecttic properties of cu - mgf , cermet films , the microstructure , optical and stress properties of cu films prepared by dc magnetron sputtering and mgf , by ar magnetron sputtering were also studied 作为cu又复合纳米金属陶瓷薄膜的制备、微结构及光电特性研究的基础，研究了不同厚度直流磁控溅射cll膜和射频磁控溅射mgf 。膜的微结构、光学常数以及应力特性。
Fe layers of different thickness have been converted to fes2 thin films by thermal sulfidation . the influence of the thickness on the crystal structure , electrical resistivity , carrier concentration , absorption coefficient and energy gap of fes2 thin films have been investigated 采用硫化不同厚度的fe膜制备了不同厚度的fes2薄膜的方法，研究了不同厚度fes2薄膜的晶体结构、电阻率、载流子浓度、光吸收系数以及禁带宽度。
Research on preparation of light waveguide with npre - 1 glass has been done . by controlling the time of ion - exchang craft , the author has gotten some light waveguide with different thickness . then , the author observed light mode about these samples by means of prism - coupling method 6 ）用npre - 1型玻璃激光材料进行了光波导制备的研究，通过控制离子交换时间，得到了不同厚度的光波导，并利用棱镜耦合法观察了光波导的模式。
In experiment , the alignment and calibration to the monochromator were described firstly . then , a gas - flow proportional counter and the multi - channel analyzer ( mca ) are calibrated by the radio isotope source 55fe , and the dead time , counting rate plateau and x - ray linearity have been measured 最后利用同步辐射光源做激发源，在掠出射方式下研究了si片上不同厚度单层cr膜和双层fe v膜样品产生的荧光光强和掠出射角的对应关系。
The experiments of decompositing methylene blue with the films of different thickness show that the threshold of thickness on these films are 141nm , before which the rate of decomposition increases , and when the thicknesses is over 141nm , the rate of photodegradation no longer increases 通过不同厚度薄膜对亚甲基蓝的光催化降解试验发现,本试验得到的tio _ 2 : w非晶态薄膜厚度的阈值为141nm ,在此范围内,薄膜的光催化性能随膜厚的增加而增强。
We have gotten the regulation of drawing the information from spilled oil and the methods of processing spilled oil through experimentation of the different thick oil spectral feature , disposing data from two kinds of satellite and composing satellite images of different channel 通过各种溢油不同厚度波谱试验；对两个系列卫星资料进行溢油提取试验海上溢油波谱试验。总结出原油、重柴油、轻柴油、润滑油、煤油溢油信息提取规律和处理方法。
