Design, simulation, and testing of a dual stator-winding all-air-core compulsator

Keyphrases

• Air Core 100%
• All-air 100%
• Armature Winding 71%
• Compulsator 100%
• Density Stability 14%
• Design Simulation 100%
• Design Testing 100%
• Discharge Simulation 14%
• Dual Stator Winding 100%
• Duty Cycle 14%
• Electrical Parameters 14%
• Energy Levels 14%
• Excitation Experiment 14%
• Fabrication Methods 14%
• Field Simulation 14%
• Iron Core 14%
• Large Energy 14%
• Load Simulation 14%
• Mechanical Parameters 14%
• No-load 14%
• Novel Topology 14%
• Output Pulse 14%
• Overall Efficiency 14%
• Power Density 14%
• Process Technology 14%
• Pulse Excitation 14%
• Railgun Power Supplies 14%
• Rotor 28%
• Self-excitation 14%
• Slip Ring 14%
• Slotless Winding 14%
• Stator 42%
• Subassembly 14%
• Tactical Configuration 14%

Engineering

• Duty Cycle 50%
• Fabrication Technique 50%
• Field Core 50%
• Iron Core 50%
• Output Pulse 50%
• Power Density 50%
• Power Supply 50%
• Rotors 100%
• Simulation Result 50%
• Slip Ring 50%
• Subassemblies 50%