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The 26 pages that link to Orthorhombic crystal system, each with the reason it gives.

• OlivineRelated: Olivine crystals have orthorhombic symmetry, constraining their shapes and physical properties.

• PyroxeneRelated: Many pyroxenes, including enstatite, crystallize in this symmetry.

• AndalusiteRelated: Andalusite’s crystal structure is orthorhombic.

• Vanadium(V) oxideRelated: The common crystalline form of V₂O₅ has an orthorhombic structure.

• SillimaniteRelated: Sillimanite crystallizes in this system, unlike kyanite and andalusite.

• BrookiteRelated: Brookite crystals belong to this crystal system.

• EnstatiteRelated: Enstatite’s common low-temperature crystal structure has orthorhombic symmetry.

• ForsteriteRelated: Forsterite’s crystals have orthorhombic symmetry.

• StibniteRelated: Stibnite’s crystals belong to this system, helping produce their elongated forms.

• Yttrium barium copper oxideRelated: Oxygen-rich YBa₂Cu₃O₇−δ commonly has this symmetry, unlike its oxygen-poor tetragonal form.

• FayaliteRelated: Fayalite crystallizes in this system.

• HemimorphiteRelated: Hemimorphite’s crystal symmetry is orthorhombic.

• BaryteRelated: Baryte crystallizes in this system, shaping its characteristic crystal forms.

• ChrysoberylRelated: Chrysoberyl crystals belong to this system, shaping their symmetry and crystal habits.

• CummingtoniteRelated: Cummingtonite crystallizes in this system, unlike many familiar monoclinic amphiboles.

• Rare-earth barium copper oxideRelated: Oxygen ordering often gives superconducting YBa₂Cu₃O₇−δ an orthorhombic structure.