Dyestuff Chemistry - Ab initio computations and a priori design - an overview

N. Sekar

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Dyestuff Chemistry - Ab initio computations and a priori design - an overview

机译：染料化学-从头算和先验设计-概述

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Understanding color in both materialistic and philosophical perspective has been of top priority among intellectuals. Color and colored materials - dyes and pigments - have been the major source of inspiration in all studies. Almost everyone -biologists, chemists, physicists, mathematicians....- has made attempts to understand color. Prediction of color of a substance at all levels has been widely researched with a view to develop an a priori approach for synthesizing and understanding functional colored materials. As it is widely known today, colors and colorants do serve not only from an aesthetic point of view but also from a functional point of view. It is a manifestation of interaction of electromagnetic radiation with the materials in this universe as interpreted by the brain with the help of an ever-sophisticated optical organ - the eye. Understanding and describing the first principle of theoretical description of the interaction of molecules with time-dependent electromagnetic fields is still with the sophistication of physics with quantum mechanics is still a challenging problem.

机译：从唯物主义和哲学的角度理解色彩一直是知识分子的头等大事。颜色和有色材料（染料和颜料）一直是所有研究的主要灵感来源。几乎每个人-生物学家，化学家，物理学家，数学家....-都试图理解颜色。为了开发一种用于合成和理解功能性有色材料的先验方法，已经广泛地研究了各个级别的物质颜色预测。众所周知，当今的色彩和着色剂不仅可以从美学角度出发，而且可以从功能角度出发。它是电磁辐射与宇宙中各种物质相互作用的一种表现，而大脑则是借助一种复杂的光学器官-眼睛来解释的。理解和描述关于分子与时间相关电磁场相互作用的理论描述的第一个原理仍然是物理学与量子力学的复杂性，这仍然是一个具有挑战性的问题。

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《Colourage》 |2015年第10期|646668|共3页
作者
N. Sekar;
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Dyes Department Institute of Chemical Technology Matunga, Mumbai 400019;

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Dyestuff Chemistry - Ab initio computations and a priori design - an overview

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