The Structure and Properties of Materials

alloys atomic orbitals atoms band behavior body-centered body-centered cubic bond Brillouin zones Calculate carbon CH₂ chain chapter chemical chemical bonding close-packed coefficient constant copper corrosion covalent bonds crystal crystalline cubic curve decrease deformation density dielectric dipole dislocation elastic electric field equation equilibrium experimental face-centered face-centered cubic factor fracture free energy frequency friction grain boundaries hydrogen increases intermolecular forces ionic ions kcal/g mole kg/m² lattice lattice energy layer linear liquid lubricant magnetic martensite material maximum metal modulus molecular molecules nucleation occurs orbitals oxide parameter particles partition function pearlite percent phase plane plastic polarizability polyethylene polymer polymerization polystyrene potential energy properties radius reaction relative resistance rubber shear shown in Fig solid solution solubility specific heat steel strain stress structure surface Table temperature tensile strength thermal thermodynamic tion values vibration viscoelastic viscosity Wiley & Sons York Young's modulus zero ᎡᎢ