Self-consistent calculation of the electronic structure of semiconductor quantum wires: Semiclassical and quantum mechanical approaches

Keyphrases

• Electronic Structure 100%
• Electron Density 100%
• Self-consistent Calculation 100%
• Semiclassical 100%
• Semiconductor Quantum Wire 100%
• Quantum Mechanical Approach 100%
• Quantum Mechanical Calculations 66%
• Newton's Method 66%
• Electron Distribution 66%
• Mechanical Treatment 33%
• Zero Temperature 33%
• Quantum Mechanical 33%
• Finite Element Method 33%
• GaAs Heterostructures 33%
• Split Gate 33%
• Self-consistency 33%
• Schrödinger Equation 33%
• Poisson Equation 33%
• Triangular Element 33%
• Approximate Jacobian 33%
• Fast Convergence 33%
• AlGaAs 33%
• Potential Well 33%
• Quasi-one-dimensional 33%
• Effective Mass 33%
• Semiclassical Treatment 33%
• Semiclassical Methods 33%
• Shape Distribution 33%
• Thomas-Fermi Approximation 33%
• Gas System 33%
• One-dimensional Electron Gas 33%
• External Parameters 33%
• Heterointerface 33%
• Confining Potential 33%
• Wire-based 33%
• Potential Shape 33%
• Non-uniform Mesh 33%
• Thomas-Fermi 33%
• Fermi-Dirac Statistics 33%

Physics

• Quantum Wire 100%
• Electron Density 100%
• Electron Distribution 66%
• Quantum Mechanical Calculations 66%
• Poisson Equation 33%
• Zero-Temperature 33%
• Electron Gas 33%
• Fermi-Dirac Statistics 33%
• Finite Element Analysis 33%