Cu-Ni core-shell nanowires, with an inner Cu core diameter of about 60 nm and varying Ni shell thicknesses (10, 30, 50, ......

采用传统陶瓷烧结法制备粘结铁氧体磁粉,研究混合方式、烧结球团粒径以及制粉方式对产品产能的影响。采用一次混合破碎后再次混合,......

采用＂高精度自动化预烧温控系统＂进行铁氧体永磁磁粉的预烧控制,可实现五段十五点温度检测及远程自动化温、压控制。与传统预烧系统......

To satisfy the application of different environments,grain boundary doping is commonly used in the preparation of sinter......