有机光致变色材料

细菌视紫红质（菌紫质，BR）具有独特的光致变色效应。这种具有生物活性的光敏蛋白质具有许多其它有机光致变色材料所没有的综合优势，是一种性能优良的光致变色材料。

Bacteriorhodopsin ( BR ), a biomolecular material , has the unique photochromic properties . This photosensitive protein holds the all-around advantage compared with other organic photochromic materials .

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 .

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

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 .

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 .

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 .

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 .

有机光致变色材料具有光响应速度快、优良的分子修饰和裁剪、便于加工与制作等优点，成为近些年研究的热点课题。

Since organic photochromic materials have light response speed , good molecular modification and cutting , facilitate processing and production and other advantages , a variety of photosensitive materials has aroused great research interests .

有机光致变色材料可应用于太阳镜、保密印刷、光学记录、光学开关、太阳能贮存、非线性光学及生物学系统。

Organic photochromic materials are used most widely in ophthalmic sun-screening applications , and also find applications in security printing , optical recording and switching , solar energy storage , nonlinear optics and biological systems .

俘精酸酐作为一种有机光致变色材料以其热不可逆性而闻名，是目前国际上光信息处理和光存储的热点研究材料之一。

Fulgide is well-known as a thermally irreversible organic photochromic compound . It is one of the important materials in the field of optical signal processing and optical storage . Focusing on the photochromic properties and applications of fulgide films , I mainly completed the following works . 1 .

有机光致变色存储材料进展

The Recent Advance in the Organic Photochromic Storage Materials

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 .