SmCo Magnets in Space
In deep space, radiation from the Van Allen Belts, solar flare protons and galactic cosmic rays is a constant factor and must be accounted for in the design and manufacture of space vehicles and machinery.
Deep space vehicles, which are propelled by high power ion engines, operate at elevated temperatures under vacuum and radiation. In these engines, electrons collide with Xe atoms, ionizing them. Permanent magnets create an axial magnetic field that extends the electron paths and increases the probability of an ionizing collision. Having a consistent magnetic field is essential for ion performance in these vehicles.
New High Performance Magnet Materials for High-Temperature Applications
Novel High-Temperature Magnetic Bearings for Space Vehicle Systems
Thermal Stability and Radiation Resistance of Sm-Co Based Permanent Magnets
Electron Energy Corporation Receives NASA SBIR Contract to Continue Development of Ultra-High Temperature
Magnetic Bearings for Space Vehicle Systems