1) ferrite powder
铁氧体粉料
1.
Particle uniformity and normal distribution of ferrite powder used in multilayer chip inductor are the key factors affecting the electronic component shaping.
通过对铁氧体粉料分级球磨技术的研究,实现了片感用铁氧体粉料的均匀、正态分布,平均粒径在0。
2.
In this paper, the principle and characteristics of attritor were introduced, and the technology program of preparing ferrite powder by attritor was studied in detail.
介绍了砂磨机的原理、特点，详细研究了砂磨机制备铁氧体粉料的工艺过程。
2) ferrite fine material
铁氧体粉料
1.
A discussion is given from adjusting fog′s angle to increase the quantity the ferrite fine material.
从调整雾化角度对如何提高铁氧体粉料质量进行讨论。
2.
Introduce bowl mill and sand mill′s principle and particular researched bowl mill and sand mill preparation ferrite fine material′s course Getting across experiment contrast indicated two devices′s merit and defect in preparation powder lot cours
介绍球磨机、砂磨机的原理 ,并详细研究了球磨机、砂磨机制备铁氧体粉料过程 ,通过实验对比表明两种粉碎设备在制粉过程中的优缺
3) hard ferrite powder
永磁铁氧体料粉
4) Mn-Zn ferrite powder
MnZn铁氧体料粉
1.
It can be used to test the main element in the production of Mn-Zn ferrite powder(Fe,Mn,Zn) and the content of nocuous element(Si、P).
本文主要介绍了利用X荧光光谱分析快速、准确、稳定性高的特点,在MnZn铁氧体料粉生产过程中测定主要成分(Fe、Mn、Zn)的含量及有害元素(Si、P)含量的应用。
5) waste Mn-Zn ferrite magnetic core powder
锰锌铁氧体废磁芯粉料
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