An artistic visualization of the Space Environment Simulation Research Infrastructure (SESRI)Credit: Harbin Institute of Technology
Simulation tests provide vital information about what is possible in the harsh space environment. At HIT, a large-scale space science and technology experimental platform, the Space Environment Simulation and Research Infrastructure (SESRI), is under construction, offering a wide array of simulation test capabilities.
SESRI leads the world in simulation capability for nine space environment factors, including particle irradiation, solar electromagnetic radiation, high and low temperatures, thermal cycling, high-speed dust, plasma, vacuum, and zero magnetic fields. Its multi-parameter systems enable dynamic measurements and in-situ analysis of structural, performance and functional changes of materials, devices, and living organisms. The facility also allows for reconstruction of extremely weak magnetic fields and their measurement, and studies of physical processes related to Earth’s magnetosphere. Results from ground-based experiments on SESRI can be coupled with satellite observations, advancing understanding about the physics of space.
SESRI is expected to open to users from across the world in 2022.