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Learn about the triclinic crystal system, the least symmetric of the seven crystal systems, with two space groups and examples of minerals. The triclinic system has unequal basis vectors and different angles, and no mirror planes.
Triclinic system, a group of crystalline solids whose crystals have three unequal nonperpendicular axes.
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Learn the difference between crystal system, crystal structure, crystal family, and crystal lattices. The triclinic crystal system is the lowest symmetry system with three non-parallel axes of rotation.
Learn about the unique features and characteristics of the Triclinic Crystal System, which has no or only a center of symmetry and two simple forms: Pinacoidal and Pedial. Find out how to orient, identify and classify minerals with this system using crystallographic axes, angles, indices and forms.
A triclinic crystal is shaped almost like a rectangle. It is slightly bent, though. Copper sulfate makes triclinic crystals. It is the least symmetric (meaning that both sides are not very similar). . In the triclinic system, the crystal is described by vectors of unequal length, as in the orthorhombic system.
Definition of Triclinic in the Definitions.net dictionary. Meaning of Triclinic. What does Triclinic mean? Information and translations of Triclinic in the most comprehensive dictionary definitions resource on the web.
Learn about the triclinic system, a type of crystal structure with three axes of different lengths and angles. Find out how to identify the symmetry, point group, and unit cell of triclinic crystals and how they differ from other crystal systems.
Learn how triclinic and monoclinic unit cells are formed by stacking two-dimensional lattices in different ways. Compare the symmetry, parameters and examples of these unit cells and Bravais lattices.
There are seven primary crystal systems in crystallography: cubic, tetragonal, orthorhombic, hexagonal, trigonal, monoclinic, and triclinic. Each system is defined by specific symmetry elements and the lengths and angles of the axes that make up the crystal lattice.