1) weak-magnetic material
弱磁材料
1.
As the development of weak magnetic probing technology and electronic technology,more and more attention is paid to non-magnetic material and weak-magnetic material.
随着弱磁探测技术的不断提高及电子技术的快速发展,无磁、弱磁材料磁性能对仪器设备性能的影响已经越来越显现出来,因此对无磁、弱磁材料磁性能的测量及筛选越来越重要。
2) weak ferromagnetic material
弱铁磁材料
3) weak magnetic substance
弱磁性材料
1.
Study on the susceptibility measurement of weak magnetic substance
弱磁性材料磁化率测量技术的研究
4) Permanent magnetic materials
永磁材料
1.
The pretreatment technology of nickel electroplating was studied for Nd Fe B permanent magnetic materials, as well as its effect on plating layer by examining the appearance, measuring binding force and porosity, and salt spray corrosion test.
探索了新的除油液配方 ,确定了钕 铁 硼永磁材料电镀镍较完整的前处理工艺 ,其孔隙率为 0 。
2.
The loss of excitation limits the use of Nd-Fe-B permanent magnetic materials in large permanent magnets.
Nd- Fe- B稀土永磁材料的失磁现象制约了其在大型永磁电机中的应用。
5) 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。
6) ferromagnetic materials
铁磁材料
1.
The optical transmission properties of one-dimensional photonic crystals composed of ferromagnetic materials are calculated with transfer matrix methods.
利用光学传输矩阵方法,模拟计算了由铁磁材料组成的一维光子晶体的光学传输特性。
2.
An expression for the relationship between the amplitude of MAE (up) and applied stress, This expression provides a basis for the detection of the residualstress in ferromagnetic materials.
根据应力与磁声发射参量的一些关系和规律,提出了磁声发射幅值受外加应力影响的表达式,为检测铁磁材料残余应力提供了基础依据。
3.
The structure and mechanism for Lamb wave generation by electromagnetic acoustic transducer in ferromagnetic materials were studied.
研究了采用电磁超声探头在铁磁材料中激励兰姆波的换能结构和机理模型,磁致伸缩机制是在弱磁化状态下影响换能效率的主导机制,而Lorentz力和磁性力机制在此情况下的作用相对要小得多。
补充资料：弱磁场磁选设备
弱磁场磁选设备
low-intensity magnetic separator
ruoeiehang eixuan shebe-弱磁场磁选设备(low一intensity magnetieseparator)磁极表面磁感应强度在。.ZT以下的磁选设备，弱磁场磁选设备用于分选比磁化率大于38。。Xlo一sm3/kg的强磁性扩石和物料。这类设备有磁滑轮、筒式磁选机、磁力脱水槽等。磁极表面磁感应强度在0.2~。.ST的筒式磁选机属于中磁场磁选机。 (桂展欧)
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