不同电感材料的比较研究,以提高金属熔炼炉的效率

Muhammad Atif Saeed, M. I. Mansoor, A. Khan
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引用次数: 3

摘要

在熔炼工业中,节能省时的加热炉具有重要的应用价值。微波工业炉与传统高炉相比具有一定的优势,本文对这一点进行了较详细的论述,并在正确选择感应材料的基础上论述了微波熔炼炉的效率。本文在比较研究各种可用的电纳材料的基础上,探讨了正确选择电纳材料的准则。本文的研究结果表明,碳化硅具有磁控管微波作用下产生和传递更高温度的趋势,是微波炉中金属熔化的最佳感受器。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Comparative study of different susceptor material in order to increase the efficiency of metal melting furnace
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.
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