List of room groups
There are 230 three-dimensional room groups . Each space group has a number and a complete Hermann Mauguin symbol as well as a short symbol (international short symbol). The full symbols have spaces between the symmetry operations for ease of reading.
Symbols
In the Hermann Mauguin symbolism , groups of spaces are represented by a symbol that combines the point group with a capital letter indicating the Bravais grid . Translational symmetry in the form of screw axes and glide mirror planes are also given, resulting in a complete crystallographic space group.
These are the centerings of the Bravais grids in three dimensions:
- P primitive
- I body- centered or body-centered
- F face-centered
- A only the A surfaces are centered
- B only the B surfaces are centered
- C only the C surfaces are centered
- R rhombohedral
A mirror plane m in the point group can be replaced by a glide mirror plane , which is designated with a , b or c depending on the direction of the translation vector . There is also an n sliding mirror plane in which the translation is half the vector of the diagonals of a surface. There is also a d- sliding mirror plane in which the translation is a quarter of the diagonal of a surface.
- , , Or translation along the respective vector by the amount of half of this vector.
- Translation with half the diagonal of a surface.
- Translation with a quarter of the diagonal of a surface.
- Two sliding mirror planes with the same sliding plane and a translation with the amount of half of both axes of this surface.
An axis of rotation can be replaced by a screw axis , n , in which the angle of rotation is. The amount of translation is then given as an index x, so that the amount of translation is given as a fraction of the lattice vector. For example, 2 1 denotes a rotation of 180 ° (twice) followed by a translation of ½ of the grid vector. 3 1 denotes a rotation of 120 ° (three-fold rotation) followed by a translation of ⅓ of the grid vector.
The possible screw axes are: 2 1 , 3 1 , 3 2 , 4 1 , 4 2 , 4 3 , 6 1 , 6 2 , 6 3 , 6 4 , and 6 5 .
Depending on the choice of axes, different symbols can designate the same space group. For example, space group no. 14 can be specified as P 2 1 / c (no. 14) , P 2 1 / n (no. 14, position 2) or P 2 1 / a (no. 14, position 3) ; however, no numbering of the axis positions is used in the specialist literature. The numbering of the axis positions in the German language Wikipedia follows the order in which they are listed in Chapter 4 of the International Tables for Crystallography . In the lists only the so-called standard statements are given, which should preferably be used.
List of triclinic space groups
Num mer |
Point group |
Short symbol |
Complete icon |
Schoenflies symbol |
Examples |
---|---|---|---|---|---|
1 | 1 | P 1 | P 1 | p- Bromonitrobenzene , Abelsonite , Hartite , Kylindrite | |
2 | 1 | P 1 | P 1 | Molybdenum acetate , abramovite , aenigmatite , diadochite , ulexite |
List of monoclinic room groups
Primitive (P) |
Base-centered (C) |
---|---|
Num mer |
Point group |
Short symbol |
Complete icon |
Schoenflies symbol |
Example (s) |
---|---|---|---|---|---|
3 | 2 | P 2 | P 1 2 1 | Leguernit | |
4th | 2 | P 2 1 | P 1 2 1 1 | Lithium sulfate | |
5 | 2 | C 2 | C 1 2 1 | Thallium (I) hydroxide , fettelite | |
6th | m | Pm | P 1 m 1 | InVSe 2 O 8 | |
7th | m | Pc | P 1 c 1 | Masuyit | |
8th | m | Cm | C 1 m 1 | Antigorite , chapmanite | |
9 | m | Cc | C 1 c 1 | Aluminum selenide , afwillite , halloysite-7Å , kampfite | |
10 | 2 / m | P 2 / m | P 1 2 / m 1 | Barnesite | |
11 | 2 / m | P 2 1 / m | P 1 2 1 / m 1 | Tantalum (IV) chloride , charoite , jordanite | |
12 | 2 / m | C 2 / m | C 1 2 / m 1 | Copper (II) chloride , actinolite , erythrin | |
13 | 2 / m | P 2 / c | P 1 2 / c 1 | Rhenium (IV) chloride | |
14th | 2 / m | P 2 1 / c | P 1 2 1 / c 1 | Rubidium ozonide , nickel diphosphate | |
15th | 2 / m | C 2 / c | C 1 2 / c 1 | Uranium (IV) fluoride |
List of orthorhombic space groups
Primitive (P) |
Inside centered (I) |
---|---|
Base-centered (A, B or C) |
Face-centered (F) |
Num mer |
Point group |
Short symbol |
Complete icon |
Schoenflies symbol |
example |
---|---|---|---|---|---|
16 | 222 | P 222 | P 2 2 2 | Haycockite | |
17th | 222 | P 222 1 | P 2 2 2 1 | Olsacherite | |
18th | 222 | P 2 1 2 1 2 | P 2 1 2 1 2 | Capgaronnite , MgTeMoO 6 | |
19th | 222 | P 2 1 2 1 2 1 | P 2 1 2 1 2 1 | Sodium dithiophosphate , epsomite | |
20th | 222 | C 222 1 | C 2 2 2 1 | Frondelit | |
21st | 222 | C 222 | C 2 2 2 | Avidin | |
22nd | 222 | F 222 | F 2 2 2 | ||
23 | 222 | I 222 | I 2 2 2 | Stannoidite | |
24 | 222 | I 2 1 2 1 2 1 | I 2 1 2 1 2 1 | Crotamine | |
25th | mm 2 | Pmm 2 | P mm 2 | Dyscrasite | |
26th | mm 2 | Pmc 2 1 | P mc 2 1 | Europium (II) hydroxide | |
27 | mm 2 | Pcc 2 | P cc 2 | ||
28 | mm 2 | Pma 2 | P ma 2 | Thallium (I) fluoride | |
29 | mm 2 | Pca 2 1 | P ca 2 1 | Boracite , silver (I) iodate | |
30th | mm 2 | Pnc 2 | P nc 2 | Armenite | |
31 | mm 2 | Pmn 2 1 | P mn 2 1 | Söhngeit , struvite | |
32 | mm 2 | Pba 2 | P ba 2 | Walkerit | |
33 | mm 2 | Pna 2 1 | P na 2 1 | o- bromonitrobenzene | |
34 | mm 2 | Pnn 2 | P nn 2 | Lepersonnit- (Gd) | |
35 | mm 2 | Cmm 2 | C mm 2 | Lithium acetate | |
36 | mm 2 | Cmc 2 1 | C mc 2 1 | Bromine chloride | |
37 | mm 2 | Ccc 2 | C cc 2 | Li 2 Si 2 O 5 | |
38 | mm 2 | Amm 2 | A mm 2 | Uranium (V, VI) oxide | |
39 | mm 2 | Aem 2 (formerly Abm 2) | A em 2 | Smirnit | |
40 | mm 2 | Ama 2 | A ma 2 | Bavenite | |
41 | mm 2 | Aea 2 (formerly Aba 2) | A ea 2 | Junitoite | |
42 | mm 2 | Fmm 2 | F mm 2 | ||
43 | mm 2 | Fdd 2 | F dd 2 | Germanium (IV) sulfide | |
44 | mm 2 | Imm 2 | I mm 2 | Sodium nitrite | |
45 | mm 2 | Iba 2 | I ba 2 | Stronalsite | |
46 | mm 2 | Ima 2 | I ma 2 | Batisite | |
47 | 2 / m 2 / m 2 / m | Pmmm | P 2 / m 2 / m 2 / m | Zellerit | |
48 | 2 / m 2 / m 2 / m | Pnnn | P 2 / n 2 / n 2 / n | ||
49 | 2 / m 2 / m 2 / m | Pccm | P 2 / c 2 / c 2 / m | ||
50 | 2 / m 2 / m 2 / m | Pban | P 2 / b 2 / a 2 / n | Retzian | |
51 | 2 / m 2 / m 2 / m | Pmma | P 2 1 / m 2 / m 2 / a | Potassium Heptafluorotantalate | |
52 | 2 / m 2 / m 2 / m | Pnna | P 2 / n 2 1 / n 2 / a | Indium (I, III) bromide | |
53 | 2 / m 2 / m 2 / m | Pmna | P 2 / m 2 / n 2 1 / a | Tetraphosphorus trisulfide | |
54 | 2 / m 2 / m 2 / m | Pcca | P 2 1 / c 2 / c 2 / a | Nordite- (La) | |
55 | 2 / m 2 / m 2 / m | Pbam | P 2 1 / b 2 1 / a 2 / m | Iodine azide | |
56 | 2 / m 2 / m 2 / m | Pccn | P 2 1 / c 2 1 / c 2 / n | Valentinite | |
57 | 2 / m 2 / m 2 / m | Pbcm | P 2 / b 2 1 / c 2 1 / m | Evenkit | |
58 | 2 / m 2 / m 2 / m | Pnnm | P 2 1 / n 2 1 / n 2 / m | Adamin , dicobalt carbide | |
59 | 2 / m 2 / m 2 / m | Pmmn | P 2 1 / m 2 1 / m 2 / n | Molybdenum (III) bromide | |
60 | 2 / m 2 / m 2 / m | Pbcn | P 2 1 / b 2 / c 2 1 / n | Iron (II) acetate | |
61 | 2 / m 2 / m 2 / m | Pbca | P 2 1 / b 2 1 / c 2 1 / a | Bornite , platinum (IV) bromide | |
62 | 2 / m 2 / m 2 / m | Pnma | P 2 1 / n 2 1 / m 2 1 / a | Anglesite , topaz , uranium (VI) fluoride | |
63 | 2 / m 2 / m 2 / m | Cmcm | C 2 / m 2 / c 2 1 / m | Anhydrite , boehmite , plutonium (III) bromide | |
64 | 2 / m 2 / m 2 / m | Cmce (formerly Cmca ) | C 2 / m 2 / c 2 1 / e | Molybdenum (II) chloride | |
65 | 2 / m 2 / m 2 / m | Cmmm | C 2 / m 2 / m 2 / m | Gold (I) chloride | |
66 | 2 / m 2 / m 2 / m | Cccm | C 2 / c 2 / c 2 / m | Thorium (III) iodide | |
67 | 2 / m 2 / m 2 / m | Cmme (formerly Cmma ) | C 2 / m 2 / m 2 / e | Johachidolite | |
68 | 2 / m 2 / m 2 / m | Ccce (formerly Ccca ) | C 2 / c 2 / c 2 / e | Calcium chlorite | |
69 | 2 / m 2 / m 2 / m | Fmmm | F 2 / m 2 / m 2 / m | Stellerite | |
70 | 2 / m 2 / m 2 / m | Fddd | F 2 / d 2 / d 2 / d | sulfur | |
71 | 2 / m 2 / m 2 / m | Immm | I 2 / m 2 / m 2 / m | Lithium carbide | |
72 | 2 / m 2 / m 2 / m | Ibam | I 2 / b 2 / a 2 / m | Silicon disulfide | |
73 | 2 / m 2 / m 2 / m | Ibca | I 2 / b 2 / c 2 / a | Chesnokovite | |
74 | 2 / m 2 / m 2 / m | Imma | I 2 / m 2 / m 2 / a | Iron (II, III) fluoride |
List of tetragonal space groups
Primitive (P) |
Inside centered (I) |
---|---|
Num mer |
Point group |
Short symbol |
Complete icon |
Schoenflies symbol |
example |
---|---|---|---|---|---|
75 | 4th | P 4 | P 4 | Copper diarsenite | |
76 | 4th | P 4 1 | P 4 1 | ||
77 | 4th | P 4 2 | P 4 2 | ||
78 | 4th | P 4 3 | P 4 3 | ||
79 | 4th | I 4 | I 4 | Tungsten (VI) oxide tetrachloride | |
80 | 4th | I 4 1 | I 4 1 | ||
81 | 4th | P 4 | P 4 | ||
82 | 4th | I 4 | I 4 | Lithium amide | |
83 | 4 / m | P 4 / m | P 4 / m | Sword mannite | |
84 | 4 / m | P 4 2 / m | P 4 2 / m | Palladium (II) sulfide | |
85 | 4 / m | P 4 / n | P 4 / n | Dysprosium (II) chloride | |
86 | 4 / m | P 4 2 / n | P 4 2 / n | Trimethylthallium | |
87 | 4 / m | I 4 / m | I 4 / m | Plutonium (V) fluoride | |
88 | 4 / m | I 4 1 / a | I 4 1 / a | Rubidium periodate | |
89 | 422 | P 422 | P 4 2 2 | ||
90 | 422 | P 42 1 2 | P 4 2 1 2 | ||
91 | 422 | P 4 1 22 | P 4 1 2 2 | ||
92 | 422 | P 4 1 2 1 2 | P 4 1 2 1 2 | 2-pyrimidinone | |
93 | 422 | P 4 2 22 | P 4 2 2 2 | ||
94 | 422 | P 4 2 2 1 2 | P 4 2 2 1 2 | Sphaerobismoit | |
95 | 422 | P 4 3 22 | P 4 3 2 2 | ||
96 | 422 | P 4 3 2 1 2 | P 4 3 2 1 2 | Paratellurite , aluminum dodecaboride | |
97 | 422 | I 422 | I 4 2 2 | ||
98 | 422 | I 4 1 22 | I 4 1 2 2 | Cadmium diarsenide , pottsite | |
99 | 4 mm | P 4 mm | P 4 mm | Diaboleit , Nielsenit | |
100 | 4 mm | P 4 bm | P 4 bm | ||
101 | 4 mm | P 4 2 cm | P 4 2 c m | ||
102 | 4 mm | P 4 2 nm | P 4 2 n m | ||
103 | 4 mm | P 4 cc | P 4 cc | ||
104 | 4 mm | P 4 nc | P 4 nc | ||
105 | 4 mm | P 4 2 mc | P 4 2 m c | Lenait | |
106 | 4 mm | P 4 2 bc | P 4 2 b c | ||
107 | 4 mm | I 4 mm | I 4 mm | ||
108 | 4 mm | I 4 cm | I 4 cm | ||
109 | 4 mm | I 4 1 md | I 4 1 m d | Diethyl zinc | |
110 | 4 mm | I 4 1 cd | I 4 1 c d | Zinc arsenide | |
111 | 4 2 m | P 4 2 m | P 4 2 m | Potassium hexafluoroantimonate (V) , bariophamacosiderite | |
112 | 4 2 m | P 4 2 c | P 4 2 c | Renierite | |
113 | 4 2 m | P 4 2 1 m | P 4 2 1 m | Niobium oxide trichloride | |
114 | 4 2 m | P 4 2 1 c | P 4 2 1 c | Tetraphenyl germanium | |
115 | 4 2 m | P 4 m 2 | P 4 m 2 | Uranium (IV) fluoride | |
116 | 4 2 m | P 4 c 2 | P 4 c 2 | ||
117 | 4 2 m | P 4 b 2 | P 4 b 2 | ||
118 | 4 2 m | P 4 n 2 | P 4 n 2 | ||
119 | 4 2 m | I 4 m 2 | I 4 m 2 | ||
120 | 4 2 m | I 4 c 2 | I 4 c 2 | ||
121 | 4 2 m | I 4 2 m | I 4 2 m | Potassium tetraperoxochromate | |
122 | 4 2 m | I 4 2 d | I 4 2 d | Uranium (V) fluoride | |
123 | 4 / m 2 / m 2 / m | P 4 / mmm | P 4 / m 2 / m 2 / m | Potassium tetrachloridoplatinate | |
124 | 4 / m 2 / m 2 / m | P 4 / mcc | P 4 / m 2 / c 2 / c | ||
125 | 4 / m 2 / m 2 / m | P 4 / nbm | P 4 / n 2 / b 2 / m | Nickel (II) sulfite | |
126 | 4 / m 2 / m 2 / m | P 4 / nnc | P 4 / n 2 / n 2 / c | Zeunerite , Vesuvianite | |
127 | 4 / m 2 / m 2 / m | P 4 / mbm | P 4 / m 2 1 / b 2 / m | Phosgenite , carletonite | |
128 | 4 / m 2 / m 2 / m | P 4 / mnc | P 4 / m 2 1 / n 2 / c | Fluorapophyllite (K) | |
129 | 4 / m 2 / m 2 / m | P 4 / nmm | P 4 / n 2 1 / m 2 / m | Tin (II) oxide , lead (II) oxide | |
130 | 4 / m 2 / m 2 / m | P 4 / ncc | P 4 / n 2 1 / c 2 / c | Strontium hydroxide octahydrate , abernathyite | |
131 | 4 / m 2 / m 2 / m | P 4 2 / mmc | P 4 2 / m 2 / m 2 / c | Platinum (II) sulfide | |
132 | 4 / m 2 / m 2 / m | P 4 2 / mcm | P 4 2 / m 2 / c 2 / m | Ammonium cyanide | |
133 | 4 / m 2 / m 2 / m | P 4 2 / nbc | P 4 2 / n 2 / b 2 / c | ||
134 | 4 / m 2 / m 2 / m | P 4 2 / nnm | P 4 2 / n 2 / n 2 / m | ||
135 | 4 / m 2 / m 2 / m | P 4 2 / mbc | P 4 2 / m 2 1 / b 2 / c | Minium , selenium dioxide | |
136 | 4 / m 2 / m 2 / m | P 4 2 / mnm | P 4 2 / m 2 1 / n 2 / m | Palladium (IV) oxide , rutile | |
137 | 4 / m 2 / m 2 / m | P 4 2 / nmc | P 4 2 / n 2 1 / m 2 / c | Zinc phosphide | |
138 | 4 / m 2 / m 2 / m | P 4 2 / ncm | P 4 2 / n 2 1 / c 2 / m | Gold (I) iodide | |
139 | 4 / m 2 / m 2 / m | I 4 / mmm | I 4 / m 2 / m 2 / m | Lanthanum carbide , tin (IV) fluoride | |
140 | 4 / m 2 / m 2 / m | I 4 / mcm | I 4 / m 2 / c 2 / m | Rubidium azide , indium (I, III) telluride | |
141 | 4 / m 2 / m 2 / m | I 4 1 / amd | I 4 1 / a 2 / m 2 / d | Manganese (III) oxide | |
142 | 4 / m 2 / m 2 / m | I 4 1 / acd | I 4 1 / a 2 / c 2 / d | Zinc amide |
List of trigonal space groups
Rhombohedral (R) |
Hexagonal (P) |
---|---|
Num mer |
Point group |
Short symbol |
Complete icon |
Schoenflies symbol |
example |
---|---|---|---|---|---|
143 | 3 | P 3 | P 3 | Tetrairidium dodecacarbonyl | |
144 | 3 | P 3 1 | P 3 1 | Calcium carbonate monohydrate, rubidium nitrate | |
145 | 3 | P 3 2 | P 3 2 | Calcium carbonate monohydrate | |
146 | 3 | R 3 | R 3 | Magnesium sulfite | |
147 | 3 | P 3 | P 3 | Strontium iodide hexahydrate | |
148 | 3 | R 3 | R 3 | Tungsten (VI) bromide | |
149 | 32 | P 312 | P 3 1 2 | Strontium bromide hexahydrate | |
150 | 32 | P 321 | P 3 2 1 | Rubidium dithionate | |
151 | 32 | P 3 1 12 | P 3 1 1 2 | ||
152 | 32 | P 3 1 21 | P 3 1 2 1 | Tellurium | |
153 | 32 | P 3 2 12 | P 3 2 1 2 | ||
154 | 32 | P 3 2 21 | P 3 2 2 1 | Tellurium | |
155 | 32 | R 32 | R 3 2 | Trinickel disulfide | |
156 | 3 m | P 3 m 1 | P 3 m 1 | Titanium (II) bromide | |
157 | 3 m | P 31 m | P 3 1 m | ||
158 | 3 m | P 3 c 1 | P 3 c 1 | ||
159 | 3 m | P 31 c | P 3 1 c | ||
160 | 3 m | R 3 m | R 3 m | Rhenium (III) chloride | |
161 | 3 m | R 3 c | R 3 c | Vanadium (III) chloride | |
162 | 3 2 / m | P 3 1 m | P 3 1 2 / m | ||
163 | 3 2 / m | P 3 1 c | P 3 1 2 / c | Chromium (III) sulfide | |
164 | 3 2 / m | P 3 m 1 | P 3 2 / m 1 | Uranium (VI) chloride | |
165 | 3 2 / m | P 3 c 1 | P 3 2 / c 1 | Lanthanum fluoride | |
166 | 3 2 / m | R 3 m | R 3 2 / m | Thallium (I) oxide | |
167 | 3 2 / m | R 3 c | R 3 2 / c | Sodium metaborate |
List of hexagonal space groups
Num mer |
Point group |
Short symbol |
Complete icon |
Schoenflies symbol |
example |
---|---|---|---|---|---|
168 | 6th | P 6 | P 6 | ||
169 | 6th | P 6 1 | P 6 1 | ||
170 | 6th | P 6 5 | P 6 5 | ||
171 | 6th | P 6 2 | P 6 2 | ||
172 | 6th | P 6 4 | P 6 4 | ||
173 | 6th | P 6 3 | P 6 3 | ||
174 | 6th | P 6 | P 6 | Hydroxyl Bastnäsite | |
175 | 6 / m | P 6 / m | P 6 / m | Cesium acetate | |
176 | 6 / m | P 6 3 / m | P 6 3 / m | Cerium (III) bromide | |
177 | 622 | P 622 | P 6 2 2 | ||
178 | 622 | P 6 1 22 | P 6 1 2 2 | Gold (III) fluoride | |
179 | 622 | P 6 5 22 | P 6 5 2 2 | Gold (III) fluoride | |
180 | 622 | P 6 2 22 | P 6 2 2 2 | High quartz | |
181 | 622 | P 6 4 22 | P 6 4 2 2 | ||
182 | 622 | P 6 3 22 | P 6 3 2 2 | ||
183 | 6 mm | P 6 mm | P 6 mm | Gold (I) cyanide | |
184 | 6 mm | P 6 cc | P 6 cc | ||
185 | 6 mm | P 6 3 cm | P 6 3 c m | Sodium arsenide | |
186 | 6 mm | P 6 3 mc | P 6 3 m c | Wurtzit | |
187 | 6 m 2 | P 6 m 2 | P 6 m 2 | ||
188 | 6 m 2 | P 6 c 2 | P 6 c 2 | Bazirit | |
189 | 6 m 2 | P 6 2 m | P 6 2 m | Dipotassium nonahydridorhenate (VII) | |
190 | 6 m 2 | P 6 2 c | P 6 2 c | Bastnesite | |
191 | 6 / m 2 / m 2 / m | P 6 / mmm | P 6 / m 2 / m 2 / m | Aluminum diboride | |
192 | 6 / m 2 / m 2 / m | P 6 / mcc | P 6 / m 2 / c 2 / c | beryl | |
193 | 6 / m 2 / m 2 / m | P 6 3 / mcm | P 6 3 / m 2 / c 2 / m | Cerium (III) fluoride | |
194 | 6 / m 2 / m 2 / m | P 6 3 / mmc | P 6 3 / m 2 / m 2 / c | magnesium |
List of cubic space groups
Primitive (P) |
Inside centered (I) |
Face-centered (F) |
---|---|---|
Num mer |
Point group |
Short symbol |
Complete icon |
Schoenflies symbol |
example |
---|---|---|---|---|---|
195 | 23 | P 23 | P 2 3 | ||
196 | 23 | F 23 | F 2 3 | ||
197 | 23 | I 23 | I 2 3 | Moschellandsbergite , bismuth germanate | |
198 | 23 | P 2 1 3 | P 2 1 3 | Ullmannite , sodium chlorate | |
199 | 23 | I 2 1 3 | I 2 1 3 | ||
200 | 2 / m 3 | Pm 3 | P 2 / m 3 | ||
201 | 2 / m 3 | Pn 3 | P 2 / n 3 | Cafarsit | |
202 | 2 / m 3 | Fm 3 | F 2 / m 3 | ||
203 | 2 / m 3 | Fd 3 | F 2 / d 3 | ||
204 | 2 / m 3 | In the 3rd | I 2 / m 3 | Dzhalindite , indium (III) hydroxide | |
205 | 2 / m 3 | Pa 3 | P 2 1 / a 3 | Nickel disulfide , germanium (IV) iodide | |
206 | 2 / m 3 | Ia 3 | I 2 1 / a 3 | Uranium sesquinitride , scandium oxide | |
207 | 432 | P 432 | P 4 3 2 | ||
208 | 432 | P 4 2 32 | P 4 2 3 2 | ||
209 | 432 | F 432 | F 4 3 2 | Calvertite | |
210 | 432 | F 4 1 32 | F 4 1 3 2 | ||
211 | 432 | I 432 | I 4 3 2 | ||
212 | 432 | P 4 3 32 | P 4 3 3 2 | Osmium (IV) chloride , maghemite | |
213 | 432 | P 4 1 32 | P 4 1 3 2 | Osmium (IV) chloride | |
214 | 432 | I 4 1 32 | I 4 1 3 2 | Ye'elimit | |
215 | 4 3 m | P 4 3 m | P 4 3 m | Sulvanite , rhodicite | |
216 | 4 3 m | F 4 3 m | F 4 3 m | Zinc blende , zinc telluride | |
217 | 4 3 m | I 4 3 m | I 4 3 m | α-Manganese , Freibergite | |
218 | 4 3 m | P 4 3 n | P 4 3 n | Silver phosphate , maikainite | |
219 | 4 3 m | F 4 3 c | F 4 3 c | Boracite | |
220 | 4 3 m | I 4 3 d | I 4 3 d | Diurantricarbide , bismuth germanate , wadalite | |
221 | 4 / m 3 2 / m | Pm 3 m | P 4 / m 3 2 / m | Cesium chloride , lanthanum hexaboride , health | |
222 | 4 / m 3 2 / m | Pn 3 n | P 4 / n 3 2 / n | ||
223 | 4 / m 3 2 / m | Pm 3 n | P 4 2 / m 3 2 / n | Niobium tin , niobium germanium | |
224 | 4 / m 3 2 / m | Pn 3 m | P 4 2 / n 3 2 / m | Silver (I) oxide , cuprite | |
225 | 4 / m 3 2 / m | Fm 3 m | F 4 / m 3 2 / m | Sodium chloride , β- bornite | |
226 | 4 / m 3 2 / m | Fm 3 c | F 4 / m 3 2 / c | ||
227 | 4 / m 3 2 / m | Fd 3 m | F 4 1 / d 3 2 / m | Diamond , zinc-cobalt-spinel , cobalt (II, III) sulfide | |
228 | 4 / m 3 2 / m | Fd 3 c | F 4 1 / d 3 2 / c | Voltaite | |
229 | 4 / m 3 2 / m | In the 3 m | I 4 / m 3 2 / m | Sodium , argentite , rhenium (VII) fluoride | |
230 | 4 / m 3 2 / m | Ia 3 d | I 4 1 / a 3 2 / d | garnet |