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配合物双光子性质研究进展

发表时间:2009-02-15  浏览量:1819  下载量:823
全部作者: 李林,田玉鹏,杨家祥,吴杰颖
作者单位: 安徽大学化学化工学院
摘 要: 双光子吸收材料在双光子显微成像、三维光信息存储、频率上转换激射、光限幅、三维微加工和光动力学治疗等方面具有潜在而巨大的应用前景。过去几十年间,经过对双光子吸收材料持续不断的基础研究,人们对其结构和性质关系的认识逐步深入,这给其他各学科带来了前所未有的技术革新。配合物以独特的结构特点和物理化学性质,在这一领域中受到了广泛关注。这里着重评述了国内外配合物双光子性质的研究进展,并对该方向的发展趋势作了展望。
关 键 词: 配位化学;配合物;双光子;配体设计;非线性光学
Title: Progress in two photon properties of complexes
Author: LI Lin, TIAN Yupeng, YANG Jiaxiang, WU Jieying
Organization: College of Chemistry & Chemical Engineering, Anhui University
Abstract: Two-photon absorption (TPA) materials have wide and tremendous potential applications in two-photon fluorescence excitation microscopy, three dimensional optical data storage, two-photon upconversion lasing, optical power limiting, three-dimension lithographic microfabrication and photodynamic therapy. A sustained level of fundamental research over the past ten years has left TPA materials well-positioned to let us realize the structure-property relationship and make a technological impact in a variety of disciplines. Complexes have been receiving extensive attention in this field for their structural features and chemical and physical properties. The progress that has been achieved for the appearance and development of two photon properties of complexes are reviewed.
Key words: coordination chemistry; complex; two photon; ligand design; nonlinear optical effects
发表期数: 2009年2月第3期
引用格式: 李林,田玉鹏,杨家祥,等. 配合物双光子性质研究进展[J]. 中国科技论文在线精品论文,2009,2(3):284-293.
 
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