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| solid state physics-1 principal and applications book free download by M.A.Omar |
COURSE CONTENTS:
Chapter no .1
v Crystal
Structures and Interatomic Forces
v Introduction
v The crystalline
state
v Basic
definitions
v The fourteen
Bravais lattices and the seven crystal systems
v Elements of
symmetry
v Nomenclature of
crystal directions and crystal planes; Miller indices
v Examples of simple crystal
structures
v Amorphous solids and liquids
v Interatomic forces
v Types of bonding
Chapter no.2
v X-Ray, Neutron, and Electron
Diffraction in Crystals
v Introduction
v Generation and absorption of x-rays
v Bragg's law
v Scattering from an atom
v Scattering from a crystal
v The reciprocal lattice and x-ray diffraction
v The diffraction condition and Bragg's law
v Scattering from liquids
v Experimental techniques
v Other x-ray applications in solid-state physics
v Neutron diffraction
v Electron diffraction
Chapter no.3
v Lattice Vibrations: Thermal Acoustic, and
Optical properties
v Introduction
v Elastic waves
v Enumeration of modes; density
of states of a continuous medium
v Specific heat: models of
Einstein and Debye
v The phonon
v Lattice waves
v Density of states of a lattice
v Specific heat: exact theory
v Thermal conductivity
v Scattering of x-rays, neutron,
and light by phonons
v Microwave ultrasonics
v Lattice optional properties in
the infrared
Chapter no.4
v Metals I: The
Free-Electron Model
v Introduction
v Conduction electrons
v The free-electron gas
v Electrical conductivity
v Electrical resistivity versus temperature
v Heat capacity of conduction electrons
v The Fermi surfaces
v Electrical conductivity; effects of the Fermi
surface
v Thermal conductivity in metals
v Motion in a magnetic field: cyclotron resonance and
the Hall effect
v The AC conductivity and optical properties
v Thermionic emission
v Failure of the free-electron model
Chapter no.5
v Metals II: Energy Bands in Solids
v Introduction
v Energy spectra in atoms, molecules, and solids
v Energy bands in solids; the Bloch theorem
v Band symmetry in k-space; Brillouin zones
v Number of states in the band
v Then early-free-electron model
v The energy gap and the Bragg reflection
v The tight-binding model
v Calculations of energy bands
v Metals, insulators, and semiconductors
v Density of states
v The Fermi surfaces
v Velocity of the Bloch electron
v Electron dynamics in an electric field
v The dynamical effective mass
v Momentum, crystal momentum, and physical origin of
the effective mass
v The hole
v Electrical conductivity
v Electron dynamics in a magnetic field: cyclotron
resonance
v and the Hall effect
v Experimental methods in determination of band
structure
v Limit of the
band theory; metal-insulator transition
Chapter 6
v Semiconductors I: Theory
v Introduction
v Crystal structure and bonding
v Band structure
v Carrier concentration; intrinsic semiconductors
v Impurity states
v Semiconductor statistics
v Electrical conductivity; mobility
v Magnetic field effects: cyclotron resonance and
Hall effect
v Band structure of real semiconductors
v High electric field and hot electrons
v The Gunn effects
v Optical properties: absorption processes
v Photoconductivity
v Luminescence
v Other optical effects
v Sound-wave amplification (acoustoelectric effect)
v Diffusion
Chapter 7
v Semiconductors II: Devices
v Introduction
v The p-n junction: the rectifier
v The p-n junction: the junction itself
v The junction transistor
v The tunnel diode
v The Gunn diode
v The semiconductor laser
v The field-effect transistor, the semiconductor
lamp, and other devices
v Integrated circuits and microelectronics
Chapter 8
v Dielectric
and Optical Properties of Solids
v Introduction
v Review of basic formulas
v The dielectric constant and polarizability; the
local field
v Sources of polarizability
v Dipolar polarizability
v Dipolar dispersion
v Dipolar polarization in solids
v Ionic polarizability
v Electronic polarizability
v Piezoelectricity
v Ferroelectricity
Chapter 9
v Magnetism and Magnetic Resonances
v Introduction
v Review of basic
formulas
v Magnetic susceptibility
v Classification of materials
v Langevin diamagnetism
v Para-magnetism
v Magnetism in metals
v Ferro magnetism in insulators
v Antifenomagnetism and ferrimagnetism
v Ferromagnetism in metals
v Ferromagnetic domains
v Paramagnetic resonance; the maser
v Nuclear magnetic resonance
v Ferromagnetic resonance; spin waves
Chapter 10
v Superconductivity
v Introduction
v Zero resistance
v Perfect diamagnetism, or the Meissner effect
v The critical field
v Thermodynamics of the superconducting transition
v Electrodynamics of superconductors
v Theory of superconductivity
v Tunneling and the Josephson effect
v Miscellaneous topics
Chapter no.11
v Topics in Metallurgy and Defects in Solids
v Introduction
v Types of imperfections
v Vacancies
v Diffusion
v Metallic alloys
v Dislocations and the mechanical strength of metals
v Ionic conductivity
v The photographic process
v Radiation damage in solids
v Materials and Solid-State Chemistry
v Introduction
v Amorphous semiconductors
v Liquid crystals
v Polymers
v Nuclear magnetic resonance in chemistry
v Electron spin resonance in chemistry
Chapter no.13
v Solid-State Biophysics
v Introduction
v Biological applications of delocalization in molecules
v Nucleic acids
v Proteins
v Miscellaneous topics
Appendix
v Elements of Quantum Mechanics
v A.1 Basic concepts
v 4.2 TheSchr6dingerequation
v A.3 One-dimensional examples the angular momentum
v A.5 The hydrogen atom; multielectron atoms;
periodic table of the elements
v A.6 Perturbation theory
v 4.7 The hydrogen molecule and the covalent bond
v A.8 Directed bonds
v Index
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