研究方向

Researches

　　目前研究组针对多组元合金材料探索效率低的问题，发展适用于多组元合金材料的高通量制备技术，研究工艺参数对材料合成的影响。针对微观结构、相变温度、抗腐蚀能力、抗氧化能力、力学等性能，发展相应的高通量表征技术，研究材料性能随化学成分和微观结构的变化趋势。应用上述高通量制备与表征技术，通过对不同性能的快速筛查，探索具有多功能性新型先进合金等材料。结合极端条件平台和先进光源，研究新材料在低温、高压、强磁场、微重力等极端条件下的结构演化和相变行为，探索组元间交互作用的动力学过程以及对结构演化和相变行为的影响机制。

Now the research group has four research interests. First, focusing on the problem of low efficiency when developing multi-component alloy materials, the research group aims to develop high-throughput preparation technology suitable for multi-component alloy materials, and to study the influence of process parameters on material synthesis. Meanwhile, the research group aims to develop high-throughput characterization technology on microstructure, phase transition temperature, anti-corrosion ability, anti-oxidation ability, mechanics, etc., and studies the changes of material properties with chemical composition and microstructure. Furthermore, by using the high-throughput preparation and characterization technologies mentioned above, the research group focuses on exploring advanced multi-functional new alloys through rapid screening of different properties. Finally, by combining extreme conditions characterization platform and advanced light sources, the research groups aim to study the structural evolution and phase transition of new materials under extreme conditions such as low temperature, high pressure, strong magnetic fields, and microgravity, and explore the dynamic processes of interaction between components and its influence on structural evolution and phase transition.