Near-resonant excitation and propagation of eccentric density waves by external forcing

Keyphrases

• Density Wave 100%
• Ordinary Differential Equations 100%
• Resonant Excitation 100%
• Resonant Propagation 100%
• External Forcing 100%
• Star Formation 66%
• Corotation 66%
• Forced Wave 66%
• Energy-momentum 66%
• Lindblad 66%
• Resonant Forcing 66%
• Nebular 66%
• Nonlocalized 66%
• Angular Momentum 33%
• Analytical Treatment 33%
• Three-dimensional Problems 33%
• Analytical Solution 33%
• Surface Density 33%
• Dust 33%
• Full Three-dimensional 33%
• Tunneling 33%
• At a Distance 33%
• Overall Process 33%
• Numerical Calculation 33%
• Asymptotic Results 33%
• Analytical Method 33%
• Infall 33%
• Spiral Wave 33%
• Backreaction 33%
• Wave Propagation 33%
• Physical Condition 33%
• Millimeter Wave 33%
• Surface Temperature 33%
• Adiabatic Index 33%
• Central Star 33%
• Solution Method 33%
• Group Velocity 33%
• Wave Energy 33%
• Angular Momentum Transfer 33%
• Orbit Characteristics 33%
• Linearized Equations 33%
• Numerical Integration 33%
• T Tauri Stars 33%
• Free Waves 33%
• Horizontal Dimension 33%
• Mass Characteristics 33%
• Dispersion Relationship 33%
• Wave Observation 33%
• Modal Instability 33%
• Inner Part 33%
• Second-order Differential Equation 33%
• Spiral Density Wave 33%
• Vertical Compression 33%
• Thermal Radiation 33%
• Vertical Expansion 33%
• Keplerian Disc 33%
• Numerical Evidence 33%
• Physical Insight 33%
• Flat Spectrum 33%
• Power Law Dependence 33%
• Almost Everywhere 33%
• Sub-millimeter Wave 33%
• Single Stars 33%

Physics

• Operators (Mathematics) 100%
• Angular Momentum 66%
• Star Formation 66%
• Corotation 66%
• Thermal Radiation 33%
• Group Velocity 33%
• T Tauri Stars 33%
• Momentum Transfer 33%
• Numerical Integration 33%