Energy and momentum management of the space station using magnetically suspended composite rotors
Magnetic suspension design options for satellite attitude control and energy storage
An overview of integrated flywheel technology for aerospace application
System considerations for a magnetically suspended flywheel
Statusseminar. Spurgefuehrter Fernverkehr. Magnetschwebetechnik, Hannover, D, Oktober 1986
Application of magnetic bearings to high-torque, satellite attitude control wheels
The fabrication of an on-board model of a magnetic-bearing flywheel
Centrifugal compression packages for offshore applications
Stability constraints on the control of flexible rotors
An advanced and low cost 2 degrees of freedom magnetic bearing flywheel
Magnetic bearings for an optical disk read/write head
Closed-cycle gas turbine potential for submarine propulsion
State of the works performed by AEROSPATIALE in kinetic energy storage and associated fields
Satellite power using a magnetically suspended flywheel stack
Research and development of magnetic bearing flywheels for attitude control of spacecraft