Introduction to Properties of Materials

aggregate alloys anions anode applied axial behavior called carbon cathode cation ceramics Chapter charge chemical coefficient computed concentration configuration constant corresponding corrosion covalent bonds crack crystal structure cube cubic density depends dielectric diffraction dipole moments direction dislocation distance dyn/cm² elastic energy electrical resistivity elements equilibrium example factor ferromagnetic field intensity flow force foreign atoms fraction fracture grain H H H hardening heat Hence hydrogen increase ionic ions iron lattice layer liquid load magnetic dipoles magnetic moment material melting point metals modulus of elasticity molecular molecules motion oxide oxygen particles percent phase diagram plastic deformation polarizability polarization polymers pressure properties radiation ratio room temperature Section semiconductor shear stress shown in Fig slip plane sodium solid solution solidification specific surface energy stability steel strain surface energy Table tension thermal agitation unit cell unit volume valence electrons viscosity York