中国材料大会2026

分会场主题：涵盖激光微纳合成的精准调控机制与新材料开发，超快焦耳热合成技术与新型功能材料的制备及应用，等离子体合成技术的工艺创新与高性能复合新材料可控制备，微波合成技术的高效转化路径与特种功能新材料的设计及应用，感应热合成技术与高效催化/储能新材料研究，超高压合成条件下的新材料创制与结构性能协同调控，超高温合成技术与极端环境耐受新材料的制备及性能验证，极端合成技术的交叉融合与多功能新材料开发，极端合成过程的原位表征技术与新材料形成机制解析，绿色极端合成技术的开发及产业化潜力，极端合成新材料的工程化应用，以及新型极端合成设备与技术体系创新及新材料探索。

Symposium Theme: Covering precise regulatory mechanisms of laser synthesis and the development of advanced materials; the preparation and applications of novel functional materials via ultrafast Joule heating synthesis technology; technological innovations in plasma synthesis and controllable preparation of high-performance composite materials; efficient conversion pathways of microwave synthesis and the design and application of special functional materials; induction heating synthesis technology and research on high-efficiency catalytic and energy storage materials; creation of new materials and synergistic regulation of structure and performance under ultrahigh-pressure synthesis conditions; ultrahigh-temperature synthesis technology and the preparation and performance verification of new materials resistant to extreme environments; interdisciplinary integration of extreme synthesis technologies and the development of multifunctional new materials; in-situ characterization technologies for extreme synthesis processes and analysis of the formation mechanisms of new materials; development of green extreme synthesis technologies and their industrialization potential; engineering applications of new materials synthesized via extreme technologies; as well as innovations in novel extreme synthesis equipment and technical systems and exploration of new materials.