Studies on parametric instabilities in high-frequency wave heating of fusion plasmas: Dissertation

Keyphrases

• Brillouin Scattering 50%
• Convective Growth 50%
• Coupling Mechanism 50%
• Damped Waves 50%
• Decay Instability 50%
• Electron Cyclotron Resonance Heating 50%
• Fusion Application 50%
• Fusion Plasma 100%
• High Linearity 50%
• High-frequency Waves 100%
• Linear Threshold Model 50%
• Low-frequency Modes 50%
• Low-frequency Waves 50%
• Lower Hybrid 50%
• Parametric Instability 100%
• Parametric Scattering 50%
• Raman Scattering 50%
• Reflectivity 50%
• Second Harmonic Generation 50%
• Secondary Waves 50%
• Stability in Plasma 50%
• System of Equations 50%
• Timing Behavior 50%
• Tokamak Plasma 50%
• Wave Coupling 100%
• Wave Equation 50%
• Wave Heating 100%

INIS

• applications 33%
• brillouin scattering 33%
• chaos theory 33%
• coupling 66%
• decay instability 33%
• electron cyclotron-resonance heating 33%
• growth 33%
• harmonic generation 33%
• heating 100%
• hybrids 33%
• ion waves 33%
• nonlinear problems 33%
• parametric instabilities 100%
• plasma 100%
• raman effect 33%
• reflectivity 33%
• saturation 33%
• scattering 33%
• tokamak devices 33%
• wave equations 33%

Physics

• Brillouin Scattering 100%
• Electron Cyclotron Resonance 100%
• Fusion Plasmas 100%
• Harmonics 100%
• Raman Spectra 100%
• S Wave 100%
• Tokamak Device 100%
• Wave Equation 100%