Real-Time Compensation of Errors Caused by the Flux Density Non-uniformity for a Magnetically Suspended Sensitive Gyroscope
Aerospace | Free Full-Text | Event-Triggered Attitude-Tracking Control for a Cableless Non-Contact Close-Proximity Formation Satellite
Change of Lorentz force when spinning axis tilted. | Download Scientific Diagram
Design principle of the compensation system in YOZ-plane. | Download Scientific Diagram
Gyromotion and Lorentz - PHYSICS TIME
Application of a New Lorentz Force-type Tilting Control Magnetic Bearing in a Magnetically Suspended Control Sensitive Gyroscope with Cross-Sliding Mode Control | Semantic Scholar
Lorentz Transformations
Stability analysis for a rotor system in a magnetically suspended control and sensitive gyroscope with the Lorentz force magnetic bearing rotation | Semantic Scholar
The torus-shaped tokamak and its magnetic fields and current. The gyro... | Download Scientific Diagram
Little Gyros Greek Grill
2.1: Lorentz Force - Physics LibreTexts
Modal decoupling control for a double gimbal magnetically suspended control moment gyroscope based on modal controller and feedback linearization method - Xiaocen Chen, Yuan Ren, 2014
Novel Applications of the Lorentz Theory
Performance of a resonant fiber-optic gyroscope based on a broadband source
Configuration of magnetically suspended sensitive gyroscope (MSSG). | Download Scientific Diagram
Nonlinear effects in Thomas precession due to the interplay of Lorentz contraction and Thomas–Wigner rotation | Scientific Reports
Lorentz force based gyroscope - YouTube
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Compensation system design of disturbing torques for a magnetically suspended sensitive gyroscope with double spherical envelope
Study on electromagnetic plasma propulsion using rotating magnetic field acceleration scheme
Magnetic field amplification driven by the gyro motion of charged particles | Scientific Reports
Application of a New Lorentz Force-type Tilting Control Magnetic Bearing in a Magnetically Suspended Control Sensitive Gyroscope with Cross-Sliding Mode Control | Semantic Scholar
Explaining the Lorentz Force Using Magnetic Lines of Force. Maxwell's Fluid-Mechanical Approach
Application of a New Lorentz Force-type Tilting Control Magnetic Bearing in a Magnetically Suspended Control Sensitive Gyroscope with Cross-Sliding Mode Control | Semantic Scholar
The two orbital precession influences (perihelium shift/geodetic effect... | Download Scientific Diagram
Relative Navigation of Lorentz-Augmented Orbital Motion | SpringerLink
