1) NdFeB permanent magnet
NdFeB永磁体
1.
The phosphating solutions were developed to prepare phosphating films on NdFeB permanent magnet so as to increase the corrosion resistance.
为了提高NdFeB磁体的耐蚀性,并验证磷化膜的组成,以自制的磷化液在NdFeB永磁体表面进行磷化处理,并采用SEM观测了采用不同表调剂处理NdFeB永磁体表面所形成的磁化膜微观形貌,测试分析了磷化膜的抗腐蚀性能;采用EDS、XRD、ICP-AES等对磷化膜进行了研究。
2.
The XRD analytical methods of texture and microstructural parameters of NdFeB permanent magnet in preparation have been reviewed in this paper.
本文综合报道NdFeB永磁体在加工制作过程中至关重要的织构与微结构参数的X射线衍射分析方法。
3.
A set of operating parameters of an anodic electrophoresis process for protecting NdFeB permanent magnets are proposed based on the practical experience.
探索了一种NdFeB永磁体阳极电泳涂装防腐新工艺 ,所获涂层表面均匀 ,与基体结合强度高 ,防护效果好。
2) NdFeB magnets
NdFeB永磁体
1.
A new protection coating for NdFeB magnets—Dacromet (Zn-coating) is introduced, which features no-environmental pollution, hydrogen brittleness and corrosion-resistance.
介绍了一种用于NdFeB永磁体表面防护的新型达可罗(Dacromet)涂层技术。
3) NdFeB magnet
NdFeB永磁体
1.
Laser spot welding of SPCC steel and NdFeB magnet;
SPCC钢与NdFeB永磁体的激光点焊
4) permanent magnet NdFeB
永磁体NdFeB
6) sintered NdFeB permanent magnet
烧结NdFeB永磁体
1.
Electroless Ni-P/TiO2 composite coating was prepared on sintered NdFeB permanent magnet using electrolessnickel plating and sol-gel technique.
采用化学镀镍和溶胶-凝胶成膜技术,在烧结NdFeB永磁体表面形成了Ni-P/TiO2复合膜,XRD分析结果表明,复合膜为非晶态结构。
补充资料：永磁体
永磁体
物理学术语。通过铁原子的顺磁性排列获得的具有永久磁场的磁体。永磁体多由铁氧体或钕铁硼制成，可用作MR成像设备的主磁场。其优点是边缘磁场小、不需冷却剂及电流、材料费用低，并且可使用螺线管线圈提高信噪比。缺点是磁场强度较低、重量大、磁场不能关闭，受温度影响大，使磁场稳定性差。
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