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- Wigner–Seitz_cell abstract "The Wigner–Seitz cell, named after Eugene Wigner and Frederick Seitz, is a type of Voronoi cell used in the study of crystalline material in solid-state physics.The unique property of a crystal is that its atoms are arranged in a regular 3-dimensional array called a lattice. All the properties attributed to crystalline materials stem from this highly ordered structure. Such a structure exhibits discrete translational symmetry. In order to model and study such a periodic system, one needs a mathematical "handle" to describe the symmetry and hence draw conclusions about the material properties consequent to this symmetry. The Wigner–Seitz cell is a means to achieve this.A Wigner–Seitz cell is an example of another kind of Primitive cell. The primitive unit cell (or simply primitive cell) is a special case of unit cell which has only one lattice point combined and shared by eight other primitive cells. It is the most "primitive" cell one can construct, and it is a parallelepiped. The general unit cell has an integral number of lattice points. The simple cubic lattice is the only primitive unit cell conventionally. The body centered cubic (BCC) and face centered cubic (FCC) lattices are simply unit cells, not primitive. The general mathematical concept behind the primitive cell is termed the fundamental domain or the Voronoi cell. The primitive cell of the reciprocal lattice in momentum space is called the Brillouin zone.".
- Wigner–Seitz_cell thumbnail Wigner–Seitz_cell.svg?width=300.
- Wigner–Seitz_cell wikiPageID "1522626".
- Wigner–Seitz_cell wikiPageLength "3912".
- Wigner–Seitz_cell wikiPageOutDegree "35".
- Wigner–Seitz_cell wikiPageRevisionID "651955876".
- Wigner–Seitz_cell wikiPageWikiLink Atom.
- Wigner–Seitz_cell wikiPageWikiLink Bravais_lattice.
- Wigner–Seitz_cell wikiPageWikiLink Brillouin_zone.
- Wigner–Seitz_cell wikiPageWikiLink Category:Condensed_matter_physics.
- Wigner–Seitz_cell wikiPageWikiLink Category:Crystallography.
- Wigner–Seitz_cell wikiPageWikiLink Category:Mineralogy.
- Wigner–Seitz_cell wikiPageWikiLink Crystal.
- Wigner–Seitz_cell wikiPageWikiLink Discrete_mathematics.
- Wigner–Seitz_cell wikiPageWikiLink Electrical_conductor.
- Wigner–Seitz_cell wikiPageWikiLink Eugene_Wigner.
- Wigner–Seitz_cell wikiPageWikiLink Frederick_Seitz.
- Wigner–Seitz_cell wikiPageWikiLink Fundamental_domain.
- Wigner–Seitz_cell wikiPageWikiLink Insulator_(electrical).
- Wigner–Seitz_cell wikiPageWikiLink Insulator_(electricity).
- Wigner–Seitz_cell wikiPageWikiLink Lattice_(group).
- Wigner–Seitz_cell wikiPageWikiLink Locus_(mathematics).
- Wigner–Seitz_cell wikiPageWikiLink Momentum_space.
- Wigner–Seitz_cell wikiPageWikiLink Normal_(geometry).
- Wigner–Seitz_cell wikiPageWikiLink Position_and_momentum_space.
- Wigner–Seitz_cell wikiPageWikiLink Primitive_cell.
- Wigner–Seitz_cell wikiPageWikiLink Reciprocal_lattice.
- Wigner–Seitz_cell wikiPageWikiLink Reciprocal_space.
- Wigner–Seitz_cell wikiPageWikiLink Semiconductor.
- Wigner–Seitz_cell wikiPageWikiLink Solid-state_physics.
- Wigner–Seitz_cell wikiPageWikiLink Surface_normal.
- Wigner–Seitz_cell wikiPageWikiLink Translational_symmetry.
- Wigner–Seitz_cell wikiPageWikiLink Voronoi_cell.
- Wigner–Seitz_cell wikiPageWikiLink Voronoi_diagram.
- Wigner–Seitz_cell wikiPageWikiLink File:Wigner–Seitz_cell.svg.
- Wigner–Seitz_cell wikiPageWikiLinkText "Wigner–Seitz cell".
- Wigner–Seitz_cell wikiPageWikiLinkText "Wigner–Seitz cell".
- Wigner–Seitz_cell wikiPageWikiLinkText "primitive cell".
- Wigner–Seitz_cell wikiPageWikiLinkText "primitive vectors".
- Wigner–Seitz_cell hasPhotoCollection Wigner–Seitz_cell.
- Wigner–Seitz_cell wikiPageUsesTemplate Template:Unreferenced.
- Wigner–Seitz_cell subject Category:Condensed_matter_physics.
- Wigner–Seitz_cell subject Category:Crystallography.
- Wigner–Seitz_cell subject Category:Mineralogy.
- Wigner–Seitz_cell comment "The Wigner–Seitz cell, named after Eugene Wigner and Frederick Seitz, is a type of Voronoi cell used in the study of crystalline material in solid-state physics.The unique property of a crystal is that its atoms are arranged in a regular 3-dimensional array called a lattice. All the properties attributed to crystalline materials stem from this highly ordered structure. Such a structure exhibits discrete translational symmetry.".
- Wigner–Seitz_cell label "Wigner–Seitz cell".
- Wigner–Seitz_cell sameAs Wigner-Seitz-Zelle.
- Wigner–Seitz_cell sameAs Celda_de_Wigner-Seitz.
- Wigner–Seitz_cell sameAs سلول_ویگنر-سیتز.
- Wigner–Seitz_cell sameAs Maille_de_Wigner-Seitz.
- Wigner–Seitz_cell sameAs תא_וינגר-זייץ.
- Wigner–Seitz_cell sameAs Cella_di_Wigner-Seitz.
- Wigner–Seitz_cell sameAs ウィグナーザイツ胞.
- Wigner–Seitz_cell sameAs Sel_Wigner-Seitz.
- Wigner–Seitz_cell sameAs Wigner-Seitz-cel.
- Wigner–Seitz_cell sameAs Komórka_Wignera-Seitza.
- Wigner–Seitz_cell sameAs Célula_de_Wigner-Seitz.
- Wigner–Seitz_cell sameAs m.057t81.
- Wigner–Seitz_cell sameAs Ячейка_Вигнера_—_Зейтца.
- Wigner–Seitz_cell sameAs Комірка_Вігнера_—_Зейтца.
- Wigner–Seitz_cell sameAs Q910427.
- Wigner–Seitz_cell sameAs Q910427.
- Wigner–Seitz_cell sameAs 维格纳-赛兹原胞.
- Wigner–Seitz_cell wasDerivedFrom Wigner–Seitz_cell?oldid=651955876.
- Wigner–Seitz_cell depiction Wigner–Seitz_cell.svg.
- Wigner–Seitz_cell isPrimaryTopicOf Wigner–Seitz_cell.