您要查找的是不是：
- Fe3B／Nd2Fe14BFe3 B/Nd2 Fe14B
- Fe3B／Nd2Fe14B永磁材料nanocomposite magnets
- Nd2Fe14B／Fe3B纳米复合材料Nd2Fel4B/Fe3B nanocomposite magnetic material
- Fe3B价电子结构t -Fe3B valence electron stucture
- Nd2Fe14BNd2 Fe14B
- Nd2Fe14B相Nd2 Fe14 B phase
- Nd2Fe14B磁体Nd2Fe14B magnet
- Nd2Fe14B／α-FeNd2Fe14B/α-Fe
- Nd2Fe14B/α-FeNd2 Fe14 B/α-Fe
- Nd2Fe14B永磁靶target of Nd2Fe14B permanent magnet
- 纳米Nd2Fe14B材料nanometer Nd2Fe14B materials
- Nd2Fe14B纳米晶合金nano-crystal Nd2Fe14B alloy
- Nd2Fe14B／a-Fe纳米复相Nd2Fe14B/a-Fe nanocomposite
- Nd2Fe14B／α-Fe复合磁体Nd2Fe14B/α-Fe composite magnets
- Nd2Fe14B/α-Fe纳米复相Nd2Fe14B/α-Fe nanocomposite
- Nd2Fe14B／a-Fe双相复合磁体Nd2Fe14B/a-Fe composite magnets
- Nd2Fe14B／α-Fe纳米晶复合磁体nanocomposite magnets Nd2Fe14B/α-Fe
- 结果表明,与传统烧结NdFeB磁体相比,新型磁体的显微组织特征为:主相Nd2Fe14B晶粒细小、均匀,富钕相在主相晶界上分布较少, 主要集中在三角晶界处。It is found that the microstructure of SPS Nd-Fe-B magnet has fine and uniform grain and the Nd-rich phase does not form along the grain boundaries of Nd2Fe14B, but agglomerates on the triple junctions.
- 结果表明:Fe3B/Nd2Fe14B纳米晶复合稀土永磁合金的磁性能与硼含量有密切关系; 退火工艺对合金磁性能的影响非常显著,且1%的Tb掺杂明显提高了材料的磁性能。The results show that intimate relationship exits between content of B and magnetic properties of Fe3B/Nd2Fe14 B nanocomposite rare earth permanent magnetic alloys, so that the annealing process influences obviously magnetic properties of samples, and adding 1%25 Tb element increases notably magnetic properties.
