Structure-property Relations |
Contents
Symmetry and Crystal Physics | 1 |
Electronic Transport in Materials | 24 |
Thermal Properties and Ion Transport | 52 |
Copyright | |
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absorption anions anisotropy antiferromagnetic atoms axes band gap bonds cations ceramics chains cleavage compounds configuration crystal classes crystal field crystal structure cubic Curie point decreases density diamond dielectric diffusion dipole direction domains effect elastic electric field electrons energy Fe2+ ferrites ferroelastic ferroelectric ferroic ferromagnetic force constants fracture frequency glass hydrogen increases infrared interactions interatomic distance inversion ionic ions laser lattice layer magnetic field magnetoelectric materials mirror plane molecular molecules monoclinic neighboring octahedral optical orbitals orientation orthorhombic oxides oxygen P₁ parallel perovskite perpendicular phonons phosphors Phys piezoelectric point group polarizability properties pyroelectric quartz refractive index rocksalt rotation axis semiconductors shear shown in Fig silicates silicon solid space groups spin spinel spontaneous polarization spontaneous strain stiffness coefficients superconductors surface symmetry elements tensor tetrahedral thermal conductivity thermal expansion coefficients transition metal transition-metal triclinic trigonal twinning two-fold axis valence vector vibration wave wavelength zincblende