transparent materials

Preparation of transparent materials for protection and study on their properties

防护用透明材料的研制及其性能研究

A new type of transparent materials for solar energy collector

新型透明材料在太阳能集热器上的应用

A Simple Measurement Method of the Refractive Index of Thin Transparent Materials

一种简便的测量薄透明体折射率的方法

Application of CCD in Measurement of Refractive Index of Transparent Materials

CCD在透明材料折射率测量中的应用

The experimental study on transparent materials for windows

光窗透明材料的实验研究

The nonlinear interaction of fs laser and transparent materials is discussed .

讨论了飞秒激光脉冲与透明介质的非线性相互作用。

Refraction Index Measurement of Transparent Materials by Using Diffraction Grating and CCD

用衍射光栅和CCD测量透明材料折射率

Optical Function Microstructures in Transparent Materials Induced by Femtosecond Laser

飞秒激光在透明体材料中诱导光功能微结构

Fabrication of Internal Diffraction Gratings in Transparent Materials Using Femtosecond Laser

用飞秒激光在透明介质体内形成衍射光栅

Shock temperature measurement of transparent materials

冲击状态下仍透明材料的冲击温度测量

Diffraction effect of transparent materials

透明介质的衍射效应

Effects of different edge joint design on load carrying capability of canopy transparent materials have been studied in this paper .

研究了不同边缘连接设计对座舱透明件承载能力的影响。

Three-dimensional microfabrication in transparent materials with femtosecond laser pulses

透明材料飞秒激光三维微制备

In other words , for most transparent materials the greater the deviation , the greater the dispersion .

换句话说，对大多数透明物质而言，偏向愈大，色散愈大。

Experiment research on femtosecond-laser-induced optical micro-cavity in transparent materials

飞秒激光在透明介质中诱导光学微腔的实验研究

The micro-cavity structure induced by 25 fs laser pulse in the interior of transparent materials is proposed .

提出采用25fs的激光脉冲在透明介质内部诱导形成微腔结构。

Based on these , high molecular transparent materials of biodegradable plastics making from soy protein are manufactured for the first time .

在此基础上首次研制了大豆蛋白可生物降解的高分子透明材料。

Femtosecond laser processing in transparent materials is promising owing to the accessible control of energy deposition in time and in space .

由于在时间和空间上可对飞秒激光的能量沉积进行有效控制，飞秒激光微加工透明材料当前受到研究者越来越多的关注。

It was achieved the practical demonstrate of " 3-D optical storage in transparent materials using fs laser pulses " for the first time .

在国际上首次实现了飞秒激光脉冲在透明介质中三维光存储的实用性演示。

Fabrication of three-dimensional microstructures and microdevices based on femtosecond laser modification and machining of transparent materials has attracted much attention .

利用飞秒激光对透明材料进行改性和加工，制备三维微结构和器件受到极大的关注。

The Preparation and Property-Studies of Anti-Fogging , Abrasion-Resistant Coatings on the Surface of Transparent Materials

用于透明材料表面的防雾、耐磨涂层的制备与性质研究

Two of new optical methods for measuring electric power utilizing the Faraday 's magneto optical effect and the Pockels effect of some transparent materials are proposed .

为了探讨用光学方法测量电力系统中的物理量，根据琼斯矩阵法推出了电光效应与磁光效应组合光调制的公式。

Femtosecond laser micromachining has not only high precision , good quality and great spatial selectivity , but also unique ability of 3D microprocessing inside transparent materials .

飞秒激光加工具有精度高、质量好以及空间选择性强等特点，尤其是在透明材料体内进行三维处理方面具有得天独厚的优势。

High power laser beams or pulses propagating through transparent materials experience complex distorsions introduced by the variation of their refractive index with respect to the intensity .

透明材料中传输的大功率激光束或脉冲会产生复杂的畸变，这是由与密度有关的折射率变化引起的。

This thesis includes two parts : the study of three-dimensional optical storage inside transparent materials using femtosecond laser pulses and the study of generation and detection of THz radiation pulse .

本文由两方面的内容组成：飞秒激光在透明介质中的三维光存储的研究和THz辐射脉冲的产生与探测的研究。

The writing and reading of bits ( one layer or many layers ) in parallel and bit-by-bit are demonstrated in three dimension in transparent materials with fs laser .

实验研究了飞秒激光三维光数据存储的串行、并行写入和串行、并行读出的可行性。

Christoph Keplinger , another author of the paper , has previously demonstrated that these stretchable , transparent materials can be used to create transparent loudspeakers .

先前，该研究论文的另一位作者克里斯托弗·凯普林格曾证明这些具有延展性的透明材料可用于生产透明扬声器。

An experimental method for the refraction index measurement of transparent materials is described , based on the interference of expanded and collimated laser beams that are diffracted by a grating .

介绍了一种基于衍射光栅干涉和CCD图像测量的测量透明材料折射率的方法。

The theory explanation for some experiment results is given . ( 4 ) It was achieved the practical demonstrate of 3-D optical storage in transparent materials using fs laser pulses for the first time .

并从理论上分析和解释了在实验中观察到的各种非线性现象。（4）在国际上首次实现了飞秒激光脉冲在透明介质中三维光存储的实用性演示。

A theoretical high-density storage as 1.1 x 10 bits / cm in fused silica is achieved . Such result is the highest writing density in transparent materials that is reported at present time .

其中，在石英介质内部存储密度可达1.1×10~（12）bits/cm~3，该结果为目前所报道在透明介质内所获得的最高存储密度。