The research also finds that the magnetic properties Br, m and Hcb of NPMC bonded by the magnetic ferrocene polymer magnet are higher than that of NPMC bonded by non-magnetic polymer such as epoxy resin. Regardless of the increase of contents of magnetic ferrocene polymer magnet or non-magnetic plastics (for example: epoxy), all the magnetic properties will decrease.
研究发现具有磁性的二茂金属高分子铁磁体粘结NdFeB永磁复合材料的磁性能B〓、〓和H〓比非磁性的环氧树脂等粘结NdFeB永磁复合材料的磁性能高；磁性的二茂金属高分子铁磁体和非磁性的塑料含量增加，粘结NdFeB永磁复合材料的磁性能B〓、H〓、〓均降低；非磁性高分子——塑料种类与粘结NdFeB永磁复合材料的室温磁性能无关，但与高温下的磁通损失有关。
It indicated that the overall properties of bonded magnet bonded by composite resin were better than those bonded by only epoxide resin. The majorization content of polyimide was 25% that of epoxide resin in mass.
结果表明，用复合树脂制备的磁体的性能优于单一环氧树脂作粘结剂制备的磁体的性能，聚酰亚胺的优化含量为环氧树脂的25%。
It indicated that the overall properties of bonded magnet bonded by composite resin were better than those bonded by only epoxide resin. The majorization content of polyimide was 25 % that of epoxide resin in mass.
结果表明，用复合树脂制备的磁体的性能优于单一环氧树脂作粘结剂制备的磁体的性能，聚酰亚胺的优化含量为环氧树脂的25%。