中国新闻网11.06.2026Tecnología1 dk okumaChina
China's 'Super Microscope' Strong Light-Magnetic Field Experimental Device Completes Construction of 6 Measurement Stations
En resumen
- China's 'Super Microscope' strong light-magnetic field experimental device has completed its six major experimental measurement stations.
- Expected to be fully operational by the end of 2026, the facility integrates strong laser, strong magnetic field, and ultra-low temperature technologies to study material properties.
Resumen generado por IA
Por qué importa
The strong light-magnetic field experimental device is China's first major scientific facility integrating strong laser, strong magnetic field, and ultra-low temperature control technologies. It is referred to by researchers as a 'super microscope' for materials science.
Tamaño de fuente
中新网合肥6月11日电 (记者 张俊)记者11日从安徽大学获悉，“超级显微镜”强光磁试验装置6大实验测量站已全部建成，预计2026年底完成整机全系统调试验收，并投入运行。
强光磁试验装置是中国首个集成强激光、强磁场、极低温等多项调控技术的大科学装置，这套装置被科研人员形象地称作材料领域的“超级显微镜”。
据安徽大学强光磁科学中心首席科学家匡光力介绍，此次建成的6大实验测量站包括超快光谱实验站、磁光实验站、扫描探针显微实验站、多场调控实验站、综合表征实验站、激光诊断及能源材料实验站。实验站依托装置搭载的红外自由电子激光、强磁场与极低温运行环境，可观测材料微观结构、追踪电子运动轨迹、识别细微材料缺陷，从多维度解析各类材料的物理特性。
匡光力说，未来，科研团队将利用该装置，重点开展电子材料、能源材料和磁性材料的研究。例如，研发低功耗电子材料，推动电子器件性能升级；解析能源材料内部电子行为，助力储能技术突破；开展稀土磁性材料的研究。(完)
Preguntas abiertas
- What specific advancements are expected in electronic, energy, and magnetic materials?
- What is the total budget for the project?
- Which international collaborations are planned or underway?
- What are the specific capabilities of each of the six experimental stations?
Temas relacionados
This article was originally published by 中国新闻网.
