光致变色材料

基于杂多酸和俘精酸酐光致变色材料的制备与性质研究

Synthesis and Properties of Photochromic Materials Based on Heteropolyacids and Fulgides

光致变色材料的研究与应用

Research and Application of Photochromic Materials

结果表明，实验中采用的650nm光致变色材料可用于多阶游程存储，采用的写策略能够有效地使记录信道线性化，利于采用适合线性系统的信号处理方法。

Experimental results show that the 650 ? nm photo-chromic materials used in the experiment can be used for ML-RLL storage and the recording channel can be effectively linearized by using proper write strategy , so the conventional signal processing techniques used for linear system can be used .

这样的分子通常是良好的荧光探针或光致变色材料。

Normally such molecules are good fluorescent probe and photochromic materials .

光致变色材料多阶光存储模型与实验

Model of multi-level optical storage with photochromic materials and experiments

有机光致变色材料的研究在近几年取得了突破性进展。

In recent years , organic photochromic materials have acquired a breakthrough .

阐明了各记录原理并给出了光致变色材料应用实例。

Their recording principle are described and the photochromic media examples are given .

光致变色材料在高密度光存储中的应用及发展

Photochromic material in future high density optical storage system

双光子诱导有机光致变色材料的研究进展

Advances in research of two-photon-induced organic photochromic materials

光子存储原理与光致变色材料

Photon Mode Optical Storage and Photochromic Materials

光致变色材料是一类具有特殊光化学性质的新型功能材料。

Photochromic material is a new kind of functional material that has the special photochemistry property .

本论文第二部分对稀土配合物光致变色材料进行了合成及应用研究。

In the second part , rare earth polymer complex photochromic materials were synthesized and applied .

研究了溶剂性质对光致变色材料乙基红光学性质的影响。

The influence of solvent effect on optical performances of photochromic material ethyl red has been studied .

卤化银具有优良的光学特性而被广泛地应用于光致变色材料、照相感光乳剂等。

Silver halide which has good light sensitivity is widely used in photochromic materials and photographic emulsions .

本文综述了有机光致变色材料的研究进展以及萘并吡喃材料的研究现状。

In this dissertation the research of organic photochromic materials and the development of naphthopyrans are reviewed .

今天，光致变色材料在国防，防伪，工业和军事等领域得到了很好的应用，应用前途十分广阔。

Today photochromic materials have been well applied in daily use , agricultural , industrial and military fields .

光致变色材料是指受到紫外光照射后能够发生颜色变化的一类材料。

Photochromic materials , is excited by the light color change can occur after a class of materials .

光致变色材料在印刷、防伪、包装，尤其是国防工业等方面有着广泛的应用前景。

Photochromic materials have extensive application prospect in printing , security , packaging , particularly the defense industry .

生物光致变色材料&菌紫质是一种新型可擦重写全息记录介质。

Bacteriorhodopsin ( BR ), a biologically photochromic material , is a new kind of re-writable holographic recording media .

根据光化学反应的原理，分析了光致变色材料的写入过程，建立了光致变色多阶存储写入过程的反射率模型。

The write process of photochromic materials was analyzed , and a model was built based on the photochemistry principles .

有机光致变色材料以其优良性能广泛应用于光存储和光信息处理中。

Organic photochromic materials have many excellent properties which have applied in the field of information processing and optical storage .

光致变色材料广泛应用于光信息存储、光转换器件和光开关等前沿领域。

Photochromic materials are widely used in optical information storage , optical switching devices and optical switches and other frontier areas .

随着研究的深入，光致变色材料的独特优势使它快速的朝着实崩化、产业化的方向进展。

As research continues , photochromic materials are fast developed towards the practical direction and industrialization because of their unique advantages .

有机光致变色材料具有广泛的应用前景，是新材料研究领域的一项重大课题。

Organic photochromic materials arising from the many potential applications , it is a major issue in the field of new materials .

近年来，因二芳烯光致变色材料具有良好的性能和潜在的应用前景，越来越受到了研究人员的关注。

In recent years , photochromic compounds as functional materials have been widely focused due to their excellent performances and potential application prospects .

本文简要介绍了光致变色材料在国内外的发展状况、光致变色材料的种类、光致变色材料的应用前景。

In this thesis , the domestic and international development , species and the perspective of the application of photo-chromic materials were introduced .

无机-有机光致变色材料在许多领域具有应用前景，其性质取决于无机和有机组分的化学性质和它们之间的相互协同作用。

Inorganic-organic photochromic hybrid materials are promising for applications in many fields , and their properties depend on the chemical nature of each component and the interaction between them .

通过光致变色材料、紫外线吸收剂和涂料的协同作用，当太阳光（或紫外光）照射后，漆膜能自动变色，但在无照射时又能恢复原有颜色。

By co-operative function of photochromic material , UV absorbent and polyester paint , the formed film can automatically change color after irradiation , but it can restore intrinsic color .

光致变色材料，是一种光学特性在适当的光能辐照后发生改变的新型功能材料，在众多领域具有潜在应用前景。

Photochromic material is a kind of new functional material . Its optical properties change after appropriate light irradiation , which makes it has broad potential applications in many fields .

光致变色材料既有有机材料也有无机材料，而且在相当长的时间内，大量的研究主要是集中于有机光致变色材料，随后才开始注意并着重研究无机类。

Photochromic materials contain organic materials and inorganic materials . For a long time , a lot of research is mainly focused on organic photochromic materials , and then inorganic materials followed .