green chemistry

Organic Synthesis, Organic Catalysis, Organic Structure Analysis, Green Chemistry.

有机合成, 有机催化, 有机结构分析, 绿色化学.

Green Chemistry is the advancing spot in the present international chemistry research.

绿色化学是当今国际化学科学研究的前沿.

Principle and Application of Green Chemistry and Chemical Engineering.

绿色化学化工原理及应用“,”

Using this method students can raise their consciousness of protection and master practical techniques of green-chemistry.

既可强化学生的环保意识,又可使学生掌握绿色化学的实用技术.

Ionic liquids ( ILs) are non-volatile, non-flammable and easy-to-recycle organic salts and therefore are viewed as potential replacements of volatile organic compounds ( VOCs) and used as green solvents and efficient reaction media to reduce/ eliminate environmental problems in chemistry and process industries.

室温离子液体是一种新兴的可替代挥发性有机化合物（VOCs）的绿色溶剂和高效的反应介质，为减少或消除化学反应和过程工程中的环境问题提供了重要的途径。

A brief introduction of green chemistry and it is implemented.

浅述了绿色化学的意义及实施方法.

Based on more and more surroundings and environmental chemistry pollution, Green Chemistry is advanced.

绿色化学的提出基于环境形势的严峻和环境化学污染的日益严重.

Based on the trend mentioned above, the relation of catalytic oxidation in the synthesis of fine chemicals and green chemistry/ atom economy was described. The development of catalytic oxidation shows great promise in the manufacture of fine chemicals.

根据这一趋势，综述了在精细有机合成中催化氧化与绿色化学以及原子经济性的关系，对催化氧化反应的发展前景进行了展望。

The Research of the Green Chemistry Experiment Teaching in the Middle School

中学绿色化学实验教学的探索与研究

Catalytic Oxidation of Fine chemicals and Green Chemistry

精细化学品的催化氧化与绿色化学

The scientific methods for the amplification of chemical engineering process development and the principles of green chemistry necessarily followed by chemical engineering process development have been also discussed in this book.

论述了化工过程开发放大的科学方法，化工过程开发必须符合绿色化学的原则。

The connotations of green chemistry chemical education under new curriculum standard are discussed in this paper.

探讨新课程标准下的化学教学中的绿色化学内涵和实施绿色化学教育的途径.

Chemitry Experiment Teaching Inside of " Green Chemistry " and " Microscale Chemitry "

化学实验教学中的 “ 绿色化 ” 和 “ 微型化 ”

Green chemistry, which is very important to organic syntheses, has developed very fast recently.

绿色化学在有机合成中十分重要, 近几年来得到了很大的发展.

The basic meaning of green chemistry includes microscopic, macroscopic and engineering significances.

绿色化学理念的基本内涵既有微观意义又有宏观意义与工程技术的意义.

These awards show that green chemistry will improve human health and environment greatly.

这些获奖成就表明,绿色化学是对人类的健康和生存环境将会起到巨大的推动作用.

This paper briefly introduces the origin, concept, approach to achieve and research progress of green chemistry.

本文简要介绍了绿色化学的起源 、 概念 、 实现途径和研究进展.