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The 21 pages that link to Monoclinic crystal system, each with the reason it gives.

• Crystal systemBroader topic: Its single oblique cell angle separates it from orthorhombic geometry.

• Orthorhombic crystal systemCompared with: Monoclinic crystals share unequal axis lengths but lack orthorhombic right-angle geometry.

• PyroxeneRelated: Most calcium-rich clinopyroxenes crystallize in this symmetry.

• AmphiboleRelated: Most amphiboles crystallize in this system, though some are orthorhombic.

• MalachiteRelated: Malachite crystals belong to this system, although the mineral often occurs in masses.

• Tetragonal crystal systemCompared with: Its cell geometry differs from the tetragonal system's three right angles.

• OrthoclaseRelated: Orthoclase’s crystal symmetry is monoclinic at ordinary temperatures.

• AzuriteRelated: Azurite crystallizes in this system, shaping its characteristic crystal forms.

• Rhombohedral crystal systemCompared with: It contrasts with the rhombohedral system’s three equal axes and three equal angles.

• ActinoliteRelated: Actinolite crystallizes in the monoclinic system, shaping its crystal symmetry.

• Copper(II) oxideRelated: CuO crystallizes in a monoclinic structure.

• DiopsideRelated: Most diopside crystallizes in this system, which shapes its cleavage and crystal forms.

• Triclinic crystal systemCompared with: It shares unequal edges but imposes two right angles absent in triclinic cells.

• WolframiteRelated: Wolframite's crystal structure belongs to this system.

• EpidoteRelated: Epidote’s crystals belong to this system, shaping their characteristic forms.

• RealgarRelated: Realgar’s crystal structure belongs to this system.

• Zirconium dioxideRelated: At ordinary pressure and room temperature, pure zirconia has a monoclinic crystal structure.

• CrocoiteRelated: Crocoite crystals belong to this system, shaping their elongated forms.

• AllaniteRelated: Most common allanite species crystallize in this system.

• CummingtoniteCompared with: Many amphiboles are monoclinic, whereas cummingtonite is orthorhombic.

• TitaniteRelated: Titanite crystals belong to this system, shaping their forms and symmetry.