Introduction to Properties of Materials |
Contents
Crystal Structure | 19 |
Growth and Aggregation of Crystals | 33 |
Determination of Structure of Solids | 47 |
Copyright | |
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Common terms and phrases
aggregate aligned angle applied behavior Bohr magneton called capacitor Chapter charge coefficient computed conducting electrons configuration corresponding covalent bonds crack creep crystal structure crystallographic directions crystallographic planes cube cubic densest density depends dielectric polarization diffraction dipole moments dislocation displacement distance domains dyn/cm² elastic energy electric field electrical resistivity elementary Equation example experimental factor fatigue strength ferromagnetic field intensity flow force fraction fracture grain Hence holes increase ionic bonding ions lattice points layer liquid load magnetic dipoles magnetic field magnetic moment manifestations material property mechanism metals modulus of elasticity molecular molecules motion order of magnitude orientation p-n junction particles plastic deformation polarizability polycrystalline ratio resistivity room temperature schematic Section semiconductor shear stress single crystal slip plane solids specific surface energy stability strain Table thermal conductivity unit cell unit volume valence electrons vibration viscosity York εο