Simulation of THz Oscillations in Semiconductor Devices Based on Balance Equations

Keyphrases

• Device-independent 100%
• Balance Equations 100%
• Semiconductor Devices 100%
• THz Oscillations 100%
• Time Derivative 66%
• System of Equations 66%
• Conservation Laws 66%
• Parabolic Systems 66%
• Hyperbolic PDE Systems 66%
• Source Term 66%
• Transport Model 66%
• Nonlinear Term 33%
• Constitutive Equation 33%
• Stabilized Methods 33%
• Numerical Stabilization 33%
• Built-in Electric Field 33%
• Variable Transformation 33%
• Semiconductor Simulation 33%
• Moment-based 33%
• Nonlinear Electron Transport 33%
• Plasma Waves 33%
• THz Gap 33%
• Numerical Scheme 33%
• Electron Plasma Wave 33%
• Well-balanced numerical Scheme 33%
• Shallow Water Equations 33%
• High-mobility Semiconductors 33%
• Partial Differential Equation Systems 33%
• Conventional Moments 33%
• PDE Systems 33%

Mathematics

• Partial Differential Equation 100%
• Balance Equation 100%
• Equation System 66%
• Source Term 66%
• Hyperbolic Systems 66%
• Numerical Scheme 66%
• Parabolic 66%
• Conservation Law 66%
• Apply It 33%
• Nonlinear 33%
• Systems Of Partial Differential Equations 33%
• Nonlinear Term 33%
• Mathematical Method 33%
• Electric Field 33%

Physics

• Semiconductor Device 100%
• Partial Differential Equation 100%
• Conservation Law 50%
• Transport Theory 50%
• Plasma Wave 50%
• Mathematical Method 25%
• Electron Plasma 25%
• Shallow Water 25%
• Built-in Electric Field 25%
• Constitutive Equation 25%