科学研究

空间环境与行星科学国际研究中心专注于空天技术前沿的研究，致力于解决空间环境与行星科学、飞行器航空安全等领域的重大科学问题。通过跨学科的研究方法，将地质学、行星科学、材料学和大气科学等多个学科相融合，推动地球科学和行星科学领域的创新和发展。

特色与亮点：

• 月球表面环境着陆器冲蚀模拟装置 - 模拟着陆器降落过程中月尘沉积冲蚀环境

• 超高速陨石冲击破碎特性试验系统 - 模拟超高速撞击过程中的动态碎裂、熔融及能量释放机制

• 航空发动机CMAS高温原位撞击设备 - 原位观测CMAS液滴高温高速撞击行为

• 混气实验室 - 用于分析和测试不同气体下材料的性能

International Research Center for Geological and Planetary Sciences (GEOLAB) is dedicated to the forefront of aerospace technology research, committed to addressing significant scientific issues in the fields of space environment and planetary science, as well as aviation safety for aircraft. By employing interdisciplinary research methods, GEOLAB integrates multiple disciplines including geology, planetary science, materials science and atmospheric science, to promote innovation and development in the field's of Earth and planetary science.

Features and Highlights:

• Lunar Surface Environment Lander Erosion Simulation Facility

Simulates the lunar dust deposition and erosion environment during the landing process of a lander

• Hypervelocity Meteorite Impact Fragmentation Characteristics Test System

Simulates the dynamic fragmentation, melting, and energy release mechanisms during hypervelocity impact events

• Aero-engine CMAS High-Temperature In Situ Impact Device

In-situ observation of high-temperature, high-speed impact CMAS droplet behavior

• Gas-Mixing Laboratory

Used for analyzing and testing material performance under various gas conditions