Innovative servo gap-retainer design by applying electromagnetic attraction force

Physics & Astronomy

• flywheels 100%
• attraction 65%
• electromagnetism 48%
• posture 44%
• generators 20%
• clutches 18%
• sliding 17%
• actuators 14%
• cells 9%
• induction motors 9%
• power transmission 7%
• transient response 7%
• eccentrics 6%
• metal spinning 6%

Chemical Compounds

• Shaft 92%
• Magnetic Force 48%
• Force 45%
• Magnetic Field 31%
• Electron Spin 27%
• Error 25%
• Simulation 21%
• Energy 15%

Engineering & Materials Science

• Flywheels 81%
• Magnetic actuators 27%
• Sliding mode control 18%
• Feedback control 16%
• Clutches 14%
• Power transmission 5%
• Transient analysis 5%
• Induction motors 5%
• Magnetic fields 5%
• Energy dissipation 5%