Research on the Compensation Matching Design and Output Performance for Two-Axis-Compensated Compulsators

Keyphrases

• Field Winding 100%
• Design Performance 100%
• Output Performance 100%
• Two-axis 100%
• Compulsator 100%
• Matching Design 100%
• Armature 66%
• Multi-pulse 66%
• Railgun 66%
• Popular 33%
• Current Waveform 33%
• High Power Density 33%
• Temperature Rise 33%
• Rotor 33%
• Discharge Current 33%
• Single Pulse 33%
• Internal Impedance 33%
• Air-gap Flux Density 33%
• Electromagnetic Force 33%
• Electromagnetic Railgun 33%
• Single-pulse Discharge 33%
• Axis Axis 33%
• High Power Electromagnetics 33%
• Temperature Cooling 33%
• Quadrature Axis 33%
• Occupied Space 33%
• Cooling Conditions 33%
• Direct Quadrature 33%
• Electromagnetic Launch 33%
• Excitation Function 33%
• Pulsed Discharge 33%
• Compensation Structure 33%
• Flat-topped 33%
• Direct Axis 33%

Engineering

• Performance Output 100%
• Single Pulse 100%
• Current Waveform 50%
• Power Density 50%
• Rotors 50%
• Temperature Rise 50%
• Flux Density 50%
• Internal Impedance 50%
• Occupied Space 50%
• Cooling Condition 50%