synthesis under microwave irradiation 微波合成(2)   微波合成      Synthesis under microwave irradiation and crystal structure of 4′-acetylbenzo-15-crown-5thiosemicarbazone      4′-乙酰基苯并-15-冠-5缩氨基硫脲的微波合成及晶体结构 短句来源      SYNTHESIS UNDER MICROWAVE IRRADIATION AND PROPERTIES OF CROSSLINKED POLY(DI METHYLAMINO ETHYL METHACRYLATE)      交联甲基丙烯酸二甲胺乙酯的微波合成及性能 短句来源   “synthesis under microwave irradiation”译为未确定词的双语例句      Study on Catalysis of Heteropoly Acid in Fine Organic Synthesis under Microwave Irradiation      微波促进杂多酸催化精细有机化学品合成的应用研究 短句来源      Part I: The organic synthesis under microwave irradiation has been expended to many kinds of reactions, and become one of the hot point for green chemical reaction lately.      第一部分：微波促进的有机合成已涉及到了许多反应并成为有机化学研究的热点之一，尤其是无溶剂下的微波反应，因顺应了绿色化学的要求而倍受关注。 短句来源      Chapter one: The advance of eco-friendly synthesis under microwave irradiation.      第一章:微波辐射下环境友好的有机合成进展 短句来源      This part covers the new advance of the environmentally eco-friendly synthesis under microwave irradiation in solvent-free, ionic liquid, water, solid phase, etc.      本章对微波辐射下无溶剂合成、离子液体中、水相等条件下的各种有机合成反应,按其反应类型进行了较为详细的综述。 短句来源      Synthesis under microwave irradiation is better with short reaction time,convenient operation and high yield. A further study should be done on its industrialization.      微波辅助合成法具有反应时间短、操作方便、收率高等特点,但其工业化仍有待进一步开发。 短句来源   相似匹配句对      Synthesis of CMC Under Microwave Irradiation      微波辐照下羧甲基纤维素的制备 短句来源      The synthesis of nitrofen under microwave irradiation      微波辐射条件下合成除草醚 短句来源      Synthesis of Novolac Under Microwave Irradiation      微波辐射下热塑性酚醛树脂的合成 短句来源      Synthesis of Aroylthiosemicarbazides Under Microwave Irradiation      微波辐射下的芳基甲酰氨基硫脲的合成 短句来源      Synthesis of Coumarin Under Microwave Irradiation      微波辐射合成香豆素的研究 短句来源 查询“synthesis under microwave irradiation”译词为用户自定义的双语例句     我想查看译文中含有：的双语例句 没有找到相关例句 Microwave irradiation and enzymatic catalysis are two powerful tools in modern organic syntheses. A new trend in catalyzing organic syntheses is to utilize these two means simultaneously, which can be called microwave irradiation enzyme coupling catalysis (MIECC). MIECC technique can be divided into two categories such as enzymatic synthesis under microwave irradiation in non/micro aqueous media (wet method) and without media (dry method). The recent progress in this research field is reviewed and the... Microwave irradiation and enzymatic catalysis are two powerful tools in modern organic syntheses. A new trend in catalyzing organic syntheses is to utilize these two means simultaneously, which can be called microwave irradiation enzyme coupling catalysis (MIECC). MIECC technique can be divided into two categories such as enzymatic synthesis under microwave irradiation in non/micro aqueous media (wet method) and without media (dry method). The recent progress in this research field is reviewed and the typical MIECC reactions are highlighted. The mechanism of MIECC, especially the microwave induced "athermal action" in bio catalysis systems is briefly discussed theoretically. The potential application of MIECC is prospected. 微波辐射和酶催化是现代有机合成化学中两种强有力的催化手段 .目前一种新的研究动向是将两者结合起来用于催化有机合成反应 ,这种新型催化方法可以被称作微波辐射 -酶耦合催化 (MIECC) .由MIECC方法催化的有机合成反应可以被分为湿法和干法两大类型 .介绍了这一新型耦合催化方法的研究进展以及一些典型MIECC反应 .对MIECC反应中可能存在的耦合催化机理 ,即微波在生物催化体系中的“非热效应”进行了初步理论探讨 ,同时展望了这种新的耦合催化方法的前景 The review focused mainly on the recent progress in organic synthesis under microwave irradiation on the solid supposrts in the absence of solvents. 本文综述了近年来微波无溶剂有机合成如保护与脱保护反应 ,缩合反应 ,成环反应 ,氧化 还原反应 ,加成反应 ,酰化反应 ,偶联反应及水解反应的进展。参考文献 36篇。 2-Ethylhexyl palmitate,as Isooctyl Palmitate(IOP),is one of the most important raw material in chemistry industry.It has many applications in cosmetic,pharmaceutic and chemical industries.Some typical synthetic methods of IOP were introduced.Such as: chemical catalysed esterification,synthesis under microwave irradiation and enzymatic synthesis et al.The method of chemical catalytic esterification overcomes some disadvantages,but has high energy consumption.Enzymatic synthesis has settled this... 2-Ethylhexyl palmitate,as Isooctyl Palmitate(IOP),is one of the most important raw material in chemistry industry.It has many applications in cosmetic,pharmaceutic and chemical industries.Some typical synthetic methods of IOP were introduced.Such as: chemical catalysed esterification,synthesis under microwave irradiation and enzymatic synthesis et al.The method of chemical catalytic esterification overcomes some disadvantages,but has high energy consumption.Enzymatic synthesis has settled this problem but had a long reaction time and the enzyme was deactivated at improper temperature.Synthesis under microwave irradiation is better with short reaction time,convenient operation and high yield.A further study should be done on its industrialization. 棕榈酸异辛酯是一种重要的化工原料,广泛应用于润滑剂合成工业、纺织工业、石油工业等,具有很大的市场潜力。综述介绍了近年来合成棕榈酸异辛酯的几种典型方法,如常规加热催化酯化法、微波辅助合成法和酶催化合成法等。其中常规加热催化酯化法虽然克服了传统工艺的一些缺点,但能源消耗大,不利于工业生产。酶催化合成法解决了能耗问题,但存在反应时间长、酶易失活等不足。微波辅助合成法具有反应时间短、操作方便、收率高等特点,但其工业化仍有待进一步开发。    相关查询 ) synthesis synthesis under high pressure (synthesis synthesis synthesis synthesis under static pressure under synthesis synthesis under static condition synthesis under normal pressure synthesis under high oxygen pressure methanol synthesis under low pressure synthesis of methanol under low pressure

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