Materials Crystal ChemistryCRC Press, 1997年5月20日 - 472页 "Furnishes a thorough presentation of crystal structure development in metals, ceramics, and polymers commonly used in materials science and engineering. Provides a unique synthesis of bonding, symmetry, and crystallographic concepts. Emphasizes the relationship between developed structures and physical properties." |
目录
Preface | 1 |
Molecular Structure | 41 |
Energetics and Electronic structures of crystals | 112 |
Fundamentals of Crystallography | 135 |
Directions and Planes | 156 |
Zone and Zone axis | 178 |
Symmetric characteristics of crystal structure | 185 |
Crystal structures | 229 |
Metallic crystals | 237 |
Covalent crystals | 305 |
Structure Change of Crystals | 313 |
Modification of ideal crystal structures | 353 |
Special functions in quantum Mechanics | 425 |
Quantum mechanical background for the simple | 443 |
常见术语和短语
anatase anions atomic number atomic orbitals atomic positions axes basic unit BaTiO3 bond length Bravais lattices c-axis carbon cations cell dimension chain charge closest packing compounds coordination number corner sharing covalent bonding cristobalite crystal lattice crystal structure crystal system cubic direction distance edge sharing electronegativity energy level Equation equipoints Figure filled geometric glide plane HCP structure Hence hydrogen illustrated indicates interaction ionic crystals ionic radii ionization energy ions lattice points lattice vectors layer silicates metal minerals mirror plane molecular orbital molecule monoclinic NaCl notation nucleus octahedra sheet octahedral sites orbital band orthorhombic perpendicular phase planar lattice point group polyhedra polymer polymorphs potential energy quantum number radius ratio respect rotational axis rutile schematic screw axis solid space group stacking symmetry elements symmetry operations Table temperature tetragonal tetrahedra tetrahedra sheet tetrahedral sites TiO2 transformation tridymite trigonal unit cell valence electrons Waals wave function ZrO2