Input interpretation
arsenolite (mineral) | crystal system | emmonsite (mineral) | crystal system
Result
cubic | triclinic
Basic properties
| cubic | triclinic crystal families | cubic | triclinic required symmetries | 4 3-fold rotation axes | none Bravais lattices | 3 | 1 point groups | 5 | 2 space groups | 36 | 2
Lattice properties
| cubic | triclinic lattice systems | cubic | triclinic Bravais lattices | simple cubic | body-centered cubic | face-centered cubic | simple triclinic angle relations | α = β = γ = 90° | α!=β!=γ edge relations | a = b = c | a!=b!=c unit cell volume | a b c | a b c sqrt(2 cos(α) cos(β) cos(γ) - cos^2(α) - cos^2(β) - cos^2(γ) + 1)
Corresponding symmetry groups
| cubic | triclinic crystal class | tetartoidal | diploidal | gyroidal | tetrahedral | hexoctahedral | pedial | pinacoidal Schönflies point groups | {T, T_h, O, T_d, O_h} | {C_1, C_i} Hermann-Mauguin point groups | 23 | m3^_ | 432 | 4^_3m | m3^_m | 1 | 1^_ IUCr space group number | 195 | 196 | 197 | 198 | 199 | 200 | 201 | 202 | 203 | 204 | ... (total: 36) | 1 | 2 Hermann-Mauguin space groups | P23 | F23 | I23 | P2_13 | I2_13 | Pm3^_ | Pn3^_ | Fm3^_ | Fd3^_ | Im3^_ | ... (total: 36) | P1 | P1^_