Ion displacement in these entities occur due to the Jahn-Teller effect, and their Miller indices are integral by definition. They can develop vacancies in the Frenkel defect, and their configurations are described by arrays named for Bravais. An "interpenetrating" type is displayed by caesium chloride. Percent volume occupied by atoms per unit cell is their atomic packing factor, which is 0.74 for hexagonal close-packed and face-centered cubic. With "liquid" forms used in televisions, for 10 points, name these solid materials with atoms arrange
Ion displacement in these entities occur due to the Jahn-Teller effect, and their Miller indices are integral by definition. They can develop vacancies in the Frenkel defect, and their configurations are described by arrays named for Bravais. An "interpenetrating" type is displayed by caesium chloride. Percent volume occupied by atoms per unit cell is their atomic packing factor, which is 0.74 for hexagonal close-packed and face-centered cubic. With "liquid" forms used in televisions, for 10 points, name these solid materials with atoms arranged in an ordered pattern, such as diamonds and table salt.
Ion displacement in these entities occur due to the Jahn-Teller effect, and their Miller indices are integral by definition.
crystals 