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- The task come from a magnetism material factory,Their plant needs to reconstruct.The plant is used in working procedure that sinters magnetism material. 本课题来自材料厂的设备改造,该设备用于磁性材料的烧结工序,该工序对烧结过程的温度稳定性要求较高。
- sintered magnetic material 烧结磁性材料
- Sintered NdFeB permanent magnetic material has outstanding magnetic properties. 烧结钕铁硼永磁材料具有优异的磁性能。
- Moreover, they must not contain magnetic material. 另外,不能含有磁性材料。
- Yantai Zhenghai Magnetic Material Co., Ltd. 烟台正海磁性材料有限公司。
- Preparation of high performance Nd Fe B sintered magnet by strip casting (SC) process was studied. 研究了采用SC(stripcasting)工艺制备的高性能烧结钕铁硼磁体。
- Rare-Earth, Neodymium Magnets, Sintered, Bonded NdFeB, Cast Alnico, Smco Magnet, Ferrite Magnet, Permanent Magnets, Magnetic Material. 磁性材料,稀土永磁,钕铁硼磁铁,软磁材料浏览:0
- Application: Used in Magnetic material and made Lanthanum metal. 用途:产品用于生产金属镧,磁性材料等。
- Application: Used in Magnetic material and made Neodymium metal. 用途:产品用于生产金属钕,磁性材料等。
- The hard disk is covered with a thin coat of magnetic material. 硬盘被一层薄薄的磁性材料覆盖着。
- How, then, does EMR work in the absence of a magnetic material? 如果这样,那EMR为何不需要磁性材料?
- Application: Used in Magnetic material and made Cerium metal. 用途:产品用于生产金属铈,磁性材料等。
- Application: Used in Magnetic material and made Praseodymium metal. 用途:产品用于生产金属镨,磁性材料等。
- The paper describes the advanced technology and key equipment used in the industrialized preparation of Nb - Fe - B sintered magnet which has high comprehensive performances ( Br = 14. 57 kGs, Hcj = 14. 43 kOe, ( BH) max =51.3 MGOe). 介绍了所采用的先进工艺和产业化制备高性能烧结钕铁硼磁体的情况。 该产品的磁性能达到Br=14.;57 kGs;Hcj=14
- A piece of magnetic material, usually torus-shaped, used for storage. 一种供存储器使用的磁性材料,其形状通常是环形曲面体。
- A piece of magnetic material, usually toroidal in shape, used for storage. 一片通常为环状的、用作存储器的磁性材料。
- A piece of magnetic material, usually torus shaped, used for storage. 一种供存储器使用的磁性材料,其形状通常是环形曲面体。
- Transformers for power sources and electronics, and magnetic material products. 电源、电子变压器及磁性材料产品;
- Antioxidation effects on the powders and sintered magnets of Sm(Co, Cu, Fe, Zr)z treated by of different methods were studied by TGA and DTA. Microstructure of Sm(Co, Cu, Fe, Zr)z sintered magnets was analyzed through SEM and EDS. 通过热重和差热实验研究了不同抗氧化工艺对Sm(Co,Cu,Fe,Zr)z合金粉末抗氧化效果和永磁体性能的影响,采用SEM,EDS对磁体显微组织的变化进行分析。
- The research progress of magnetical material by MIM are summerized. 综述了注射成形磁性材料的主要研究与发展方向。