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Comparative study of different susceptor material in order to increase the efficiency of metal melting furnace

机译:不同基座材料以提高金属熔炉效率的比较研究

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摘要

An energy efficient and time saving furnace for heating purpose in a melting industry is of great use. Microwave based industrial furnace has certain advantages over conventional blast furnaces which is discussed in quite detail in this paper along with the efficiency of microwave based melting furnace based on the correct selection of susceptor material. This paper discusses the criteria for the selection of correct susceptor material based on the comparative study of different available susceptor for this purpose. The finding of this paper suggests that SiC is the best available susceptor for metal melting purposes in a microwave furnace as it has the tendency of generating and transmitting higher temperature when microwaves are applied using magnetron.
机译:在熔融工业中用于加热目的的节能省时的熔炉具有很大的用途。与传统的高炉相比,基于微波的工业炉具有某些优势,本文将对此进行详细讨论,以及基于正确选择感受器材料的基于微波的熔化炉的效率。本文基于对不同可用基座的比较研究,讨论了选择正确基座材料的标准。本文的发现表明,SiC是微波炉中用于金属熔化目的的最佳可用感受器,因为当使用磁控管施加微波时,SiC具有产生和传输更高温度的趋势。

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