For ten points, identify these non-amorphous materials, with symmetries such as simple and face-centered cubic, that have an ordered pattern of constituents.
The Burgers vector represents the amount of distortion in these entities, which are organized into 14 varieties by the Bravais classification. Their structure can be described using three miller indices, and anisotropic varieties often exhibit birefringence. Annealing and deformation can cause these materials to intergrow as (*) twins, and the Born-Haber cycle can be applied to find the enthalpy of formation of these solids, also known as the lattice energy. For ten points, identify these non-amorphous materials, with symmetries such as simple and face-centered cubic, that have an ordered pattern of constituents.
The Burgers vector represents the amount of distortion in these entities, which are organized into 14 varieties by the Bravais classification.
crystalline solid