Magnetic Bearings -

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Sommaire:
Applications in Space.- Research and Development of Magnetic Bearing Flywheels for Attitude Control of Spacecra.- A 3(5) Degree of Freedom Electrodynamic-Bearing Wheel for 3-Axis Spacecraft Attitude Control Application.- Applications in Physics.- Radial Shear Force Permanent Magnet Bearing System with Zero-Power Axial Control and Passive Radial Damping.- High Precision Particle Beam Choppers.- Wide-Gap, Electro-Permanentmagnetic Bearing System with Radial Transmission of Radial and Axial Forces.- Ultra-Low-Friction, Zero-Power Magnetic Suspension System of the Spinning Rotor Vacuum Gauge.- Centrifuge for Epitaxial Growth of Semiconductor Multilayers.- Magnetic Bearings for Precision Linear Slides.- Applications in Robotics.- Applications of Magnetic Bearings in Robotics.- Special Bearings.- Lift Force Analysis in a Controlled - PM LMS Maglev Carrier.- Experimental Investigation of an Eddy-Current Bearing.- Stabilization of Rotor Motion.- Analysis on the Operating Stability of a Magnetic Bearing.- Design of a Controller for Magnetic Levitation.- Magnetic Bearing Design for a High Speed Rotor.- Vibration Control of Flexible Rotors.- Vibration Reduction in a Multimass Flexible Rotor Using a Midspan Magnetic Damper.- Design and Application of a Magnetic Bearing for Vibration Control and Stabilization of a Flexible Rotor.- Vibration and Control in Outer Rotor Type Magnetic Bearings.- NASA Lewis Research Center, Cleveland, USA Vibration and Control of Flexible Rotor Supported by Magnetic Bearings.- Industrial Applications.- The Electromagnetic Damper - Towards a First Large-Scale Industrial Application.- Implementation of Active Magnetic Bearings on Advanced Rocket Engine Turbopumps.- Developments and Tests on Retainer Bearings for Large Active Magnetic Bearings.- PracticalApplications of the Active Magnetic Bearings to the Industrial World.- Magnetic Bearing Turbomachinery Operating Experience.- Identification of Bearing and Rotor Parameters.- Dynamic Response of Magnetically Supported Rotor.- Identification and Optimization of Active Magnetic Bearing Systems Using Measured Nyquist Diagrams.- New Test Techniques Using Magnetic Bearings.- Identification of Rotordynamic Parameters on a Test Stand with Active Magnetic Bearings.- Unbalance and Disturbance Control.- Seismic Test on Turbo-Molecular Pumps Levitated by Active Magnetic Bearing.- A Suppression Method of Conical Motion of an Axi-Symmetrical Spinning Rigid Rotor Suspended by Magnetic Bearings.- A Design of Robust Servo Controllers for an Unbalance Vibration in Magnetic Bearing Systems.- Balancing Measurement System Using Magnetic Bearings.- Digital Control.- Modeling for Flexible Mechanical Systems.- Optimal Design of Structure Predefined Discrete Control for Rotors in Magnetic Bearings (SPOC-D).- Ditigal Control of Magnetic Bearing with Rotationally Synchronized Interruption.- Signal Processors and Applications.- Active Control of a Flexible Rotor by an Active Bearing.- Controlling Magnetic Bearing Systems with a Digital Signal Processor.