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The 28 pages that link to Unit cell, each with the reason it gives.

• Orthorhombic crystal systemRelated: Its three edge lengths and right angles give the orthorhombic system its defining geometry.

• Cubic crystal systemRelated: A cubic unit cell expresses the system’s equal edges and right angles.

• Hexagonal crystal systemRelated: The conventional hexagonal cell expresses the system’s characteristic dimensions and angles.

• Photonic crystalRelated: Its geometry and material arrangement determine the crystal’s optical bands.

• Miller indicesRelated: Its crystallographic axes provide the reference for plane and direction indices.

• Lattice parameterRelated: Its edges and angles are the geometric quantities specified by lattice parameters.

• Tetragonal crystal systemRelated: Its edge lengths and angles give the tetragonal system its defining geometry.

• Fluorite structureRelated: The fluorite arrangement can be specified by the contents and geometry of one cubic cell.

• Rhombohedral crystal systemRelated: Its edge lengths and angles encode the rhombohedral geometry.

• Wigner–Seitz cellRelated: The Wigner–Seitz cell is a particular choice of unit cell, though not always the simplest to draw.

• Wurtzite crystal structureRelated: The wurtzite structure is commonly described by a hexagonal unit cell containing four atoms.

• Hexagonal crystal familyRelated: Unit-cell geometry expresses the lattice constraints used to identify members of the family.

• Caesium chlorideRelated: A cubic unit cell depicts the repeating geometry of the CsCl structure.