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Microwave Material Processing for Distributed Energy System

机译:用于分布式能量系统的微波材料处理

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Microwave material processing is attracting interest as a green technology for conserving energy and improving efficiency in conventional industrial processes for mitigating CO2 emissions. Because of various advantages over conventional methods, such as rapid and selective heating, as well its ability to provide internal heating of substances, microwave heating can reduce the time and lower the temperature necessary for material processing. Recently, we have proposed the material refinery and processing through microwave heating techniques. Microwave is one of the direct forms to transfer the electric energy into the substance to activate the chemical reaction and generate a heat without any heating media. In addition, microwave processing is rather specialized in short time process (hour) and small scale and distributed (m~3). Therefore, it is expected to achieve a good combination with the distributed renewable energy power generation, such solar cell, wind energy, and small hydro systems, for right material for right land.
机译:微波材料处理吸引了兴趣作为用于节省能源的绿色技术,并提高常规工业过程中的效率,以减轻二氧化碳排放。由于传统方法的各种优点,例如快速和选择性加热,其能够提供物质的内部加热,微波加热可以减少时间并降低材料加工所需的温度。最近,我们通过微波加热技术提出了材料炼油厂和加工。微波是将电能转移到物质中以激活化学反应的直接形式之一,并在没有任何加热介质的情况下产生热量。此外,微波处理在短时间(小时)和小规模和分布(M〜3)中相当专业。因此,预计将实现与分布式可再生能源发电,这种太阳能电池,风能和小型水电系统的良好组合,用于右侧的正确材料。

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