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CsCl, Typ: B2, Raumgruppe: Pm3m

CsCl, Typ: B2, Raumgruppe: Pm3m. Atomlagen (Wyckoff): Cs: 1a (0,0,0) Cl: 1b (½, ½, ½). CsCl, Typ: B2, Raumgruppe: Pm3m. [001] 4/m. [110] 2/m. Kubisch Primitiv. [111] -3. ZnS, Typ: B3, Raumgruppe: F-43m. Zinkblende (Sphalerite). Atomlagen (Wyckoff): Zn: 4a (0,0,0) S: 4c (¼, ¼, ¼)

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CsCl, Typ: B2, Raumgruppe: Pm3m

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  1. CsCl, Typ: B2, Raumgruppe: Pm3m Atomlagen (Wyckoff): Cs: 1a (0,0,0) Cl: 1b (½, ½, ½)

  2. CsCl, Typ: B2, Raumgruppe: Pm3m [001] 4/m [110] 2/m Kubisch Primitiv [111] -3

  3. ZnS, Typ: B3, Raumgruppe: F-43m Zinkblende (Sphalerite) Atomlagen (Wyckoff): Zn: 4a (0,0,0) S: 4c (¼, ¼, ¼) Beispiele GaP, GaAs, GaSb, InP, InAs, InSb, CdSe, CdTe (Halbleiter) BN (Hochtemperatur- oder Hochdruckphase)

  4. ZnS, Typ: B3, Raumgruppe: F-43m [110] m [001] -4 [111] 3 Kubisch Flächenzentriert

  5. ZnS, Typ: B4, Raumgruppe: P63mc Wurtzit Atomlagen (Wyckoff): Zn: 2b (1/3, 2/3, 0) S: 2b (1/3, 2/3, 3/8) Beispiele BN, CdSe, CdTe, CdS, AlN, ZnO, GaN Zinkblende

  6. ZnS, Typ: B4, Raumgruppe: P63mc [110] m [001] 63 [100] c [110] m Hexagonal Primitiv

  7. CaF2, Typ: C1, Raumgruppe: Fm3m Fluorit Atomlagen (Wyckoff): Ca: 4a (0,0,0) F: 8c (¼, ¼, ¼)

  8. CaF2, Typ: C1, Raumgruppe: Fm3m [111] -3 [110] 2/m [001] 4/m Kubisch Flächenzentriert

  9. FeS2, Typ: C2, Raumgruppe: Pa-3 Pyrit Atomlagen (Wyckoff): Fe: 4a (0,0,0) S: 8c (0.385, 0.385, 0.385)

  10. FeS2, Typ: C2, Raumgruppe: Pa-3 [111] -3 [110] -1 [001] 21/a Kubisch Primitiv

  11. Cu2O, Typ: C3, Raumgruppe: Pn3m Cuprit Atomlagen (Wyckoff): Cu: 4b (¼,¼,¼) O: 2a (0,0,0)

  12. Cu2O, Typ: C3, Raumgruppe: Pn3m [111] -3 [110] 2/m [001] 42/n Kubisch Primitiv

  13. TiO2, Typ: C4, Raumgruppe: P42/mnm Rutil Atomlagen (Wyckoff): Ti: 2a (0,0,0) O: 4f (0.3057, 0.3057, 0) Beispiele Oxide: TiO2, RuO2, PbO2, TaO2, SnO2, CrO2 Nitride: Ti2N

  14. TiO2, Typ: C4, Raumgruppe: P42/mnm [100] 42/m [110] 21/n [010] 2/m Tetragonal Primitiv

  15. TiO2, Typ: C5, Raumgruppe: I41/amd Anatas Atomlagen (Wyckoff): Ti: 4a (0, ¾, ⅛) O: 8e (0, ¼, 0.0782)

  16. TiO2, Typ: C5, Raumgruppe: I41/amd [001] 41/a [100] 2/m [110] 2/d Tetragonal Innenzentriert (Raumzentriert)

  17. CaCO3, Typ: G1, Raumgruppe: R-3c C + O Ca Schichtstruktur von Calcit C + O Ca Atomlagen (Wyckoff): Ca: 6b (0,0,0) C: 6a (0,0,¼) O: 18e (0.2593, 0, ¼) C + O Ca C + O Ca C + O Ca C + O Ca

  18. CaCO3, Typ: G1, Raumgruppe: R-3c [010] 2/c [001] -3 Rhombisch

  19. Al2O3, Korund, Raumgruppe: R-3c Atomlagen (Wyckoff): Al: 12c (0, 0, 0.3522) O: 18e (0.3063, 0, ¼) Schichtstruktur von Korund

  20. CaTiO3, Raumgruppe: Pm3m Perowskit Atomlagen (Wyckoff): Ca: 1a (0,0,0) Ti: 1b (½,½,½) O: 3c (0,½,½) Beispiele CaTiO3 SrTiO3, BaTiO3 (Ferroelektrische Materialien)

  21. CaTiO3, Raumgruppe: Pm3m [111] -3 [110] 2/m [001] 4/m Kubisch Primitiv

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