Materials Science for Engineers |
Contents
Materials and Properties | 3 |
Structure and Energy of Atoms | 18 |
Atomic Bonding and Coordination | 34 |
Copyright | |
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activation energy Advanced undergraduate alloy aluminum angle annealed Answer atoms austenite band bonds Bravais lattice cal/mole carbide carbon carriers ceramic Chapter charge cm³ composition conductivity copper corrosion covalent covalent bonds cross-linking crystal crystalline cubic curve density dielectric constant diffraction diffusion coefficient dipole direction dislocation displacement elastic electrical electron holes equilibrium Example Fe2+ Fermi Fermi energy ferrite field flux fraction fracture free energy function glass gm/cm³ gm/mole grain boundary H H H heat intrinsic semiconductor ionic ions iron lattice lattice constant liquid magnetic martensite materials mechanical melting metals microstructure modulus molecular molecules n-type nickel occurs oxidation pearlite phase plane plastic deformation polarization polymer polymerization produce properties quenched reaction rubber Section semiconductor shear stress shown in Fig silicon slip solid solution steel strain structure surface Table temperature tensile thermal undergraduate level unit cell vacancies valence valence band versus viscosity volume Young's modulus