固態物理（一）

The purpose of this course is to present a survey of the phenomena exhibited by solid state systems and an introduction to the fundamental physical principles, mathematical concepts, and experimental techniques important in the study of solid state materials.

近代物理

無備註

以投影片與板書相輔教學 各章投影片電子檔與課程綱要上網（e3平台）

期中考I(Ch. 1~ 3) 30% 期中考II(Ch. 4~ 6) 30% 期末考(Ch. 1~7, 9) 40% 6份 作業。 Extra credits 至多 10%

• 課程簡介

  講授：

  1

• Chapter One Crystal structure

  Periodic arrays of atoms Lattice types Index system for crystal planes Simple crystal structures Direct imaging of atomic structure

  講授：

  4

• Chapter Two Reciprocal Lattice

  Diffraction of waves by crystals Scattered wave amplitude Brillouin zones Fourier analysis of the basis

  講授：

  5

• Chapter Three Crystal Binding

  Inert gas crystals Ionic crystals Covalent crystals Metals Hydrogen Bonds

  講授：

  5

• Chapter Four Phonons I - Crystal Vibrations

  Vibrations of crystals with monatomic basis Two atoms per primitive basis Quantization of elastic waves Phonon momentum Inelastic scattering by phonons

  講授：

  4.5

• Chapter Five Phonon II - Thermal Properties

  Phonon heat capacity Anharmonic crystal interactions Thermal conductivity

  講授：

  5

• Chapter Six Free Electron Fermi Gas

  Energy level in one dimension Fermi-Dirac distribution Free electron gas in 3D Heat capacity of the electron gas Electric conductivity of metals Hall effct Thermal conductivity of metals

  講授：

  4

• Chapter Seven Energy Bands

  Nearly free electron model Bloch functions Kronig-Penny model Wave equation of electron in a periodic potential Number of orbitals in a band

  講授：

  5

• Chapter Nine Fermi Surface and Metals

  Construction of Fermi surfaces Electron orbits Hole orbits

  講授：

  2.

Introduction to Solid State Physics by Charles Kittel, 8th edition, 2005

地點

SC404室

時間

未定, 課堂上討論決定

聯絡方式

TEL:56164 e-mail:syhsu@nycu.edu.tw