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WHAT IS CONDENSED MATTER?
ELASTIC PROPERTIES OF MATERIALS
BONDS AND BANDS
3 other sections not shown
acceptor amorphous materials atomic levels atomic orbitals atomic order band gap band model behaviour bonding called carriers chains Chapter condensed matter conduction band conduction electrons conductors consider Cooper pairs covalent crystalline curve defects density depends device donor sites edge elastic electrical conductivity electron motion electronic energy levels emitter energy bands energy levels energy regions equilibrium excited external fermi energy fermi level finite flow fluid forbidden energy forward bias glide helium Hence holes host lattice hydrogen ideal crystal impurities increasing insulator interaction interatomic forces interface internal energy kelvin kinetic energy liquid metal modulus molecules momentum n-type region number of electrons occur p-n junction particles phase photons physics picture plastic deformation polymers properties quantum number relatively resistance restoring forces s-orbital screw dislocations semiconductor shear stress solid structure superconducting surface temperature tensile termed tunnel valence band velocity viscosity wave function wavelength Young modulus zero