電子與光電材料 期中考範圍. 電子的基本性質 Conductivity Ohm’s law Mobility Hall effect Electromagnetic wave Maxwell’s equation Plasma frequency Cyclotron resonance Plasma.

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Presentation transcript:

電子與光電材料 期中考範圍

電子的基本性質 Conductivity Ohm’s law Mobility Hall effect Electromagnetic wave Maxwell’s equation Plasma frequency Cyclotron resonance Plasma wave Thermal conductivity Wavelike properties of electron

氫原子模型與鍵結 Schrödinger’s equation Electron in a potential well Hydrogen atom Quantum number Electron spin Bonds

Phase velocity Group velocity

Maxwell’s Equations

Spherical coordinates r, , 

Time-Independent Schrödinger’s Equation

Coulomb potential V(r) and its eigenvalues E n

Quantum Number and Degeneracy principal quantum number ( n ) 主量子數 azimuthal quantum number ( l ) 角量子數、 角動量量子數 magnetic quantum number ( m l ) 磁量子數 spin quantum number ( s ) 自旋量子數

Qualitative behavior of the kinetic energy K, potential energy U and total energy E of a hydrogen atom

A polar diagram of the factor which determines the directional dependence of the one-electron atom probability density

Polar diagrams of the directional dependence of the one-electron atom probability densities

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