Stimulated emission-based model of fast radio bursts

Keyphrases

• Ambient Plasma 20%
• Analytical Solution 20%
• Background Plasma 20%
• Breathing Type 20%
• Brightness Temperature 20%
• Buneman Instability 20%
• Caviton 20%
• Coherent Emission 20%
• Coherent Radio Emission 20%
• Current Sheet 20%
• Cylinder Radius 40%
• Diverse Environment 20%
• Electric Field (E-field) 20%
• Electron Beam 20%
• Fast Radio Bursts 100%
• High Brightness 20%
• Intense Pulsed Beam 20%
• Klystron 20%
• Local Electric Field 20%
• Local Field 20%
• Magnetic Field 20%
• Millisecond Pulsars 20%
• Narrow Cone 20%
• Neutron Stars 20%
• Nonlinear Dispersion 20%
• Nonlinear Evolution 20%
• Nonlinear Saturation 20%
• Plasmoid Instability 20%
• Radial Electric Field 20%
• Radio Transients 20%
• Relativistic Particles 20%
• Self-focusing 20%
• Self-oscillation 40%
• Solitary Waves 20%
• Stimulated Emission 100%
• Strong Focusing 20%
• Transverse Direction 20%
• Trapped Particles 20%
• Two-stream Instability 20%
• Weibel Instability 40%

Physics

• Brightness Temperature 20%
• Cavitons 20%
• Current Sheet 20%
• Electric Fields 60%
• Electron Beam 20%
• Klystron 20%
• Magnetic Field 20%
• Millisecond Pulsars 20%
• Neutron Stars 20%
• Plasma Physics 20%
• Radio Burst 100%
• Radio Emission 20%
• Solitary Wave 80%
• Soliton Types 20%
• Stimulated Emission 100%
• Transients 20%
• Trapped Particle 20%
• Weibel Instability 40%