Material Processing Technology for Soft Ferrites Manufacturing

D. Bhalla, D. Singh, Swati Singh, D. Seth
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引用次数: 19

Abstract

In this paper efforts have been made to explain the manufacturing method of Manganese-Zinc (Mn-Zn) soft ferrites in detail along with its uses and applications. The same method is applicable to Nickel-Zinc (Ni-Zn) and Lithium Titanium (Li-Ti or Microwave) ferrites also. A process flow chart is shown. The manufacturing steps like-mixing of powders, calcination of powder, grinding of powder, granules making, pressing of components, sintering in tunnel kiln or box furnace and machining on rotary table grinding machine, have been explained. Effect of atmosphere (oxygen), when the components are sintered at high temperature, is discussed. The temperature profiles of muffle furnace and tunnel kilns have also been discussed. The variation in temperature within the muffle furnace (900×900×800 mm) has been studied with the help of a sliding thermocouple. Temperature gradient within the furnace volume has been plotted on graph. A mathematical relation has been found using curve fitting equation. Actual and mathematical results have been compared.
软铁氧体制造的材料加工技术
本文详细介绍了锰锌软铁氧体的制备方法及其用途和应用。同样的方法也适用于镍锌(Ni-Zn)和锂钛(Li-Ti或微波)铁氧体。显示了工艺流程图。介绍了粉料混合、粉料煅烧、粉料研磨、制粒、组分压制、隧道窑或箱式炉烧结、转台磨床加工等生产步骤。讨论了高温烧结时气氛(氧)的影响。讨论了马弗炉和隧道窑的温度分布。在滑动热电偶的帮助下,研究了马弗炉(900×900×800 mm)内的温度变化。炉体内的温度梯度已绘制在图形上。利用曲线拟合方程找到了一种数学关系。对实际结果和数学结果进行了比较。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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