反饱和特性化合物锌四苯并卟吩巴豆酸苯氧树脂的光吸收谱测定

报道一种新型的有机材料锌—四苯并叶吩—巴豆酸—苯氧树脂(缩写为Zntbp—CA—PhR)体系薄膜样品的吸收谱的测定，及其主要吸收谱带在激光作用下的变化情况及动力学过程。实验观察到此种材料显著的饱和及反饱和吸收现象，并观察到它的再反饱和过程，定性分析了变化过程中的物理机制。这种特征在可见光波段一个较宽的区域内都会出现。所获结果为此种有机材料在光谱域信息存储和光学限制等方面的应用提供了理论和实验依据。

Optical Absorption Characteristics of an Organic Material Zntbp-CA-PhR

The measurement of optical absorption spectrum of a novel organic material Zn-tetrabenzoporphin-crotonic acid-phenoxy resin (Zntbp-CA-PhR) is reported. The nonlinear absorptive characteristic of the sample illuminated by lasers was studied. And the absorption alternation and kinetic process of the major spectrum bands were observed. The saturable absorption (SA) and reverse saturable absorption (RSA) appeared as the input fluence increases and re-reverse resaturable absorption process of the material was demonstrated in the experiment. These properties occur in a broad range of visible spectrum. The physical mechanism during the whole course is qualitatively analysed. The present work offers an evidence both in theory and experiment for organic material applying in frequency domain optical information storage and optical limiting.