1) the capability-influence of soft porcelain material
软磁材料性能影响
2) soft magnetic material
软磁性材料
3) soft magnetic material
软磁材料
1.
This paper analyzes and discusses the influence of various process parameters and ingredients on physical and magnetic properties of soft magnetic materials.
本文通过分析制造工艺和成分对软磁材料物理性能的影响,筛选出了一种性能较为优良的软磁材料。
2.
The developing process of nano-crystalline soft magnetic material is reviewed in the beginning of this paper.
本文首先回顾了纳米晶软磁材料的发展过程,介绍了纳米晶软磁材料的组织结构与磁特性,分析了优异磁性能的起源;并介绍了纳米晶软磁合金的应用,最后对纳米晶软磁材料的发展趋势作了展望。
3.
Introduction to the material range of PM soft magnetic materials, the effect of processing parameters on properties, application requirements and some application examples are presented in the article, the emphases are focused on the properties and applications of soft magnetic composites developed in recent years.
本文介绍了粉末冶金软磁材料的种类和工艺参数对其性能的影响、应用技术要求以及一些应用实例。
4) soft magnetic materials
软磁材料
1.
The preparing technology of Fe-based nanocrystalline bonded soft magnetic materials was discussed systematically,the bonded magnet from rapid quenched Fe74CulNb3Si13B9 powder was produced.
系统地论述了Fe基纳米晶粘结软磁材料的制备工艺,采用快淬磁粉,选择固态环氧树脂作粘结剂, 通过粘结方法,制备了Fe基纳米晶粘结磁体。
2.
From 1960s to now, amorphous soft magnetic materials developed from the fast -cooling alloy to nanocrystalline magnetic alloy, and play an very important role in the development of relevated trades because of its unique structure and properties.
非晶态软磁材料具有独特的结构和磁性能,从60年代至今,其从快冷非晶合金发展到现在的纳米晶软磁合金,对相关产业的发展和进步起到了巨大的作用。
3.
The coercivity of soft magnetic materials is generally near to zero point.
软磁材料的矫顽力一般分布于零点附近。
5) magnetically soft material
软磁材料
1.
The technology of Al_2O_3 films on permalloy and other magnetically soft materials wasdeposited by low-temperature plasama multiple technology deposition.
利用低温等离子复合技术在坡莫合金等软磁材料表面淀积Ａ１２Ｏ３膜，对其性能进行测试，并研究了在磁头芯片表面形成优良的绝缘膜的应用情况。
2.
Aluminium oxide films with properties satisfactorily on magnetically soft material were produced by low - temperature plasma multiple - unite technology, it comprehended low - energy ion etching technology and r.
利用真空技术、低能离子束刻蚀技术和射频磁控溅射相结合组成的低温等离子复合技术，在软磁材料表面获得了性能优良且满足工业生产要求的Al2O3绝缘膜。
6) the influence of material characteristics
筑坝材料特性影响
补充资料：软磁高分子材料
分子式：
CAS号：
性质：指矫顽力很低（<0.8kA/m）的铁磁性高分子材料。即在磁场作用下能够发生磁化，但是当磁场撤消后获得的磁性全部或大部消失。软磁性高分子材料一般矫顽力和磁滞损耗较低，适合制作各种磁感应材料。软磁性高分子分为本征型软磁高分子材料和复合型软磁高分子材料，前者为具有铁磁特性的高分子，后者多为由高分子材料与软磁性铁氧体复合而成。
CAS号：
性质：指矫顽力很低（<0.8kA/m）的铁磁性高分子材料。即在磁场作用下能够发生磁化，但是当磁场撤消后获得的磁性全部或大部消失。软磁性高分子材料一般矫顽力和磁滞损耗较低，适合制作各种磁感应材料。软磁性高分子分为本征型软磁高分子材料和复合型软磁高分子材料，前者为具有铁磁特性的高分子，后者多为由高分子材料与软磁性铁氧体复合而成。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条