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Microwave synthesis - Magical tool for scientist & the future of resin synthesis

机译：微波合成-科学家和树脂合成未来的神奇工具

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摘要

High speed Microwave synthesis has attracted a considerable amount of attention in the last two decades. It represents a major breakthrough in synthetic chemistry methodology, a dramatic way in the chemical synthesis is performed & in the way it is perceived in the scientific community. Conventional heating, long known to be inefficient & time-consuming, has been recognized to be creatively limiting as well. Microwave synthesis give organic chemists more time to expand their scientific creativity/test new theories & develop new processes. Microwave enhanced chemistry represents a fundamental step forward in capabilities of synthetic chemists. Since it allows to run reactions faster than ever before, with higher yields and reliably from milligrams to much larger quantities, withoutthe need of reaction re-optimization. The current study uses the Microwave Synthesis Technology to become the benchmark technology in conducting a number of experiments in shortest possible time, which is one of the obvious reasons associated with Microwave synthesis compared to Conventional heating technique. Inspired by this enormous success, the use of Microwave Technology studied for polymerization reactions. This is an overview of Micro molecular Rapid Communicator Technology and its Future use.
机译：在过去的二十年中，高速微波合成已经引起了相当大的关注。它代表了合成化学方法学的重大突破，是化学合成过程中一种引人注目的方式，也是在科学界中人们公认的一种方式。众所周知，传统的加热效率低下且费时，因此也具有创造性。微波合成使有机化学家有更多时间扩展其科学创造力/测试新理论并开发新工艺。微波增强化学代表了合成化学家能力的根本性进步。由于它可以比以往更快地进行反应，因此具有更高的收率，并且可靠地从毫克到更大的数量，而无需重新优化反应。当前的研究使用微波合成技术成为在最短的时间内进行大量实验的基准技术，这是与常规加热技术相比与微波合成相关的明显原因之一。受到这一巨大成功的启发，对微波技术在聚合反应中的应用进行了研究。本文概述了微分子快速通信器技术及其未来用途。

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