Using Devices Used For Chemical Reactions

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In the material industry, energy efficiency, production cost, and sustainability have become very important factors now-a-days. There is an increasing acceptance of microwave technique due to its fast processing, simplicity, energy efficiency and cost effectiveness. It is a tool that not only provides solutions to industry but also attracts materials chemists who are looking for better and reliable methods to access new and potentially useful materials. Microwaves devices designed specifically for chemical synthesis thus make things easier for industrial and academic chemists alike.1 So, this technique becomes a widely accepted energy source for performing chemical reactions. Although microwave synthesis is relatively a modern technique, the first synthetic application was reported in 1971.2 However, considerable attention in the field was observed in 1986 when significant rate acceleration was achieved for reactions carried out in a conventional microwave oven.3 This success aroused scientist to develop more advanced microwave devices designed for chemical synthesis. Since then microwave is getting more common technique in organic synthesis and solution phase chemistry.4,5,6 Organic reactions such as esterification, etherification, hydrolysis, substitution reactions and Diels-Alder reactions have been studied in the microwave oven and relevant examples can be found in the literature. The application of microwave is not restricted to organic synthesis as various aspects of
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