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crystal system of ganophyllite

Input interpretation

ganophyllite (mineral) | crystal system
ganophyllite (mineral) | crystal system

Result

monoclinic
monoclinic

Basic properties

crystal family | monoclinic required symmetry | 1 2-fold rotation axis or 1 mirror plane Bravais lattices | 2 point groups | 3 space groups | 13
crystal family | monoclinic required symmetry | 1 2-fold rotation axis or 1 mirror plane Bravais lattices | 2 point groups | 3 space groups | 13

Lattice properties

lattice system | monoclinic Bravais lattices | simple monoclinic | base-centered monoclinic lattice schematics |  angle relations | α!=90°, β = γ = 90° edge relations | a!=b!=c unit cell volume | a b c sin(α)
lattice system | monoclinic Bravais lattices | simple monoclinic | base-centered monoclinic lattice schematics | angle relations | α!=90°, β = γ = 90° edge relations | a!=b!=c unit cell volume | a b c sin(α)

Point groups

crystal class | Schönflies | Hermann-Mauguin sphenoidal | C_2 | 2 domatic | C_s | m prismatic | C_2h | 2/m
crystal class | Schönflies | Hermann-Mauguin sphenoidal | C_2 | 2 domatic | C_s | m prismatic | C_2h | 2/m

Space groups

crystal class | IUCr number | Hermann-Mauguin sphenoidal | 3 | 4 | 5 | P2 | P2_1 | C2 domatic | 6 | 7 | 8 | 9 | Pm | Pc | Cm | Cc prismatic | 10 | 11 | 12 | 13 | 14 | 15 | P2/m | P2_1/m | C2/m | P2/c | P2_1/c | C2/c
crystal class | IUCr number | Hermann-Mauguin sphenoidal | 3 | 4 | 5 | P2 | P2_1 | C2 domatic | 6 | 7 | 8 | 9 | Pm | Pc | Cm | Cc prismatic | 10 | 11 | 12 | 13 | 14 | 15 | P2/m | P2_1/m | C2/m | P2/c | P2_1/c | C2/c