Thermally irreversible organic photochromic compounds for optical memory

Barachevsky VA; Strokach YP; Puankov YA; Krayushkin MM

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Thermally irreversible organic photochromic compounds for optical memory

机译：用于光学存储器的热不可逆有机光致变色化合物

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摘要

For some photochromic compounds (58 diarylethenes and 9 fulgimides), the results of our spectral and kinetic studies are presented. Aiming at targeted synthesis of new photochromic compounds, the structure photochromic behavior relationship (SPBR) for the synthesized compounds has been analyzed. The perspectives for application of these compounds in development of recording media for use in optical memory devices are outlined. Copyright (c) 2007 John Wiley & Sons, Ltd.

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《Journal of Physical Organic Chemistry》 |2007年第11期|共14页
作者
Barachevsky VA; Strokach YP; Puankov YA; Krayushkin MM;
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正文语种 eng
中图分类有机化学一般性问题;
关键词
photochromism; diarylethenes; fulgimides; spectral and kinetic characteristics; optical memory; KINETIC-PROPERTIES; DIHETARYLETHENES; DIARYLETHENES; DERIVATIVES; SWITCHES;

机译：光致变色;二芳硫醚;全酰亚胺;光谱和动力学特性;光学记忆;动力学性能;二硫醚;二芳烃;衍生物;开关;

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2. Thermally irreversible organic photochromic compounds for optical memory [J] . Barachevsky VA, Strokach YP, Puankov YA, Journal of Physical Organic Chemistry . 2007,第11期

机译：用于光学存储器的热不可逆有机光致变色化合物
3. Thermally irreversible organic photochromic compounds for optical memory [J] . Barachevsky VA, Strokach YP, Puankov YA, Journal of Physical Organic Chemistry . 2007,第11期

机译：用于光学存储器的热不可逆有机光致变色化合物
4. Photochromic organic compounds for optical memory [J] . V. A. Barachevsky, M. M. Krayushkin Russian Chemical Bulletin . 2008,第4期

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5. Computational design of organic photochromic molecules for applications as logical switches and memory elements in all-optical and optoelectronic circuits (Article submitted for presentation only) [C] . Arteem E. Masunov, Ivan A. Mikhailov, Kevin D. Belfield World multi-conference on systemics, cybernetics and informatics;WMSCI 2008;ISAS;International conference on Information systems analysis and synthesis . 2008

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6. Irreversibility of organic compound sorption to natural organic matter solids. [D] . Sander, Michael. 2005

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7. Photochromic benzobphosphole oxide with excellent thermal irreversibility and fatigue resistance in the thin film solid state via direct attachment of dithienyl units to the weakly aromatic heterocycle [O] . Nathan Man-Wai Wu, Hok-Lai Wong, Vivian Wing-Wah Yam 2017

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8. Special Articles on Organic and Inorganic Optical Materials. Studies on Condensed Polycyclic Aromatic Compounds Having Photochromic Properties. IV. Synthesis and Photochromic Properties of Unsymmetrical Analogues of Benzo(1,2,3-kl:4,5,6-k'l')dixanthene and Their Endoperoxides. [O] . Sumio TOKITA, Takao ISHII, Takeshi ARAI, 1992

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9. Improved Materials for Photochromic Optical Memory Subsystem (POMS) [R] . Chaiken, J. 2000

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Thermally irreversible organic photochromic compounds for optical memory

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