新能源

（1）面向5G/6G与先进雷达通信等领域高密度集成需求，研发自驱动低损耗微波铁氧体材料及射频模组。围绕磁特性精细调控与微波传输机理，突破外置磁钢束缚瓶颈，实现小型化与低损耗协同设计，支撑新一代通信感知系统核心材料与模组的自主可控。
（2）面向AI算力、智能电网及新能源汽车等领域高效电能变换需求，研发高频宽温超低损耗软磁复合材料及电感/变压器。聚焦多尺度结构设计与磁损耗解耦，构建高磁通密度、高磁导率与超低损耗材料体系，显著提升功率密度与能量转换效率，推动电能变换装备向高效小型化发展。
（3）面向工业自动化与新能源汽车等领域高效功率转换需求，研发高功率高可靠铁氧体永磁材料及微特电机。通过材料本征性能优化与多物理场耦合设计，实现电机在高温、高频及强振动环境下的高效稳定运行，协同提升功率密度与服役可靠性，满足严苛工况下的长寿命应用需求。

[1]Wu T, Wang C, Ma Z, He Z, Zhang X, Lan Z, Yu Z, Jiang X, Li Q, Wu C*, Sun K*. Optimizing magnetic and electrical properties of MnZn ferrites via spatially engineered Ni distribution[J]. Journal of Advanced Ceramics. 2026, 15(2): 9221240.
[2]Wu C, Li Y, Li Q*, Ma Z, Deng T, Li Z, Jiang X, Sun K, Lan Z, Yu Z*. Hexaferrite composites with sintering-induced texture for Snoek's product enhancement and magnetic loss suppression[J]. Acta Materialia. 2023, 260: 119324.
[3]Zhong L, Lan Z, Li Q, Wang W, Wu C, Deng T, Guan X, Li Z, Jiang X, Wu C*, Sun K, Yu Z*. Synergetic effect of site-controlled two-step Ca doping on magnetic and electrical properties of M-type strontium hexaferrites[J]. Journal of the European Ceramic Society. 2023, 43(13): 5521-9.
[4]Wu C, Wang W, Li Q, Wei M, Luo Q, Fan Y, Jiang X, Lan Z, Jiao Z, Tian Y, Sun K, Yu Z*. Barium hexaferrites with narrow ferrimagnetic resonance linewidth tailored by site‐controlled Cu doping[J]. Journal of the American Ceramic Society. 2022, 105(12): 7492-501.
[5]Zhong L, Wu C*, Yu Z, Zhang F, Li Z, Zhao W, Jiang X, Li L, Lan Z, Sun K. Enhanced magnetic properties of strontium ferrites through constructing magnetoelastic stress[J]. Journal of the European Ceramic Society. 2022, 42(6):2853-9.