Category:Crystallography
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study of crystals | |||
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Instance of | branch of physics, branch of chemistry, academic discipline | ||
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Subclass of | analytical chemistry, mineralogy, materials science | ||
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Subcategories
This category has the following 29 subcategories, out of 29 total.
- Crystallography on stamps (3 F)
C
- Crystal engineering (11 F)
- CrysTBox (13 F)
D
I
M
N
O
P
- Point groups (135 F)
Q
R
S
T
- Thermal ellipsoids (22 F)
Pages in category "Crystallography"
The following 5 pages are in this category, out of 5 total.
Media in category "Crystallography"
The following 200 files are in this category, out of 361 total.
(previous page) (next page)- 2-1 Fig.1.png 678 × 1,416; 126 KB
- 59 of 'Manual of the Mineralogy of Great Britain and Ireland' (11055462943).jpg 1,233 × 2,165; 504 KB
- 670 crystal.jpg 452 × 603; 153 KB
- Alite crystal model.png 960 × 922; 858 KB
- Alotropia czystego żelaza PL.JPG 1,217 × 383; 52 KB
- Avrami transformation plot.svg 450 × 800; 7 KB
- Azimuth angles comparison.svg 618 × 726; 2 KB
- Bain after strain.png 384 × 512; 28 KB
- Beryll-krystallmodel-colored-indexes green-fill.jpg 2,000 × 2,951; 900 KB
- Beudantit 1 pseudokubisch.png 1,398 × 1,341; 117 KB
- Beudantit 2 spitzrhomboedrisch.png 1,260 × 1,348; 167 KB
- Beudantit tafelig.png 1,398 × 345; 55 KB
- Bipirámide ditetragonal.svg 90 × 132; 18 KB
- Bipirámides ortorrómbicas.svg 194 × 124; 22 KB
- Bismuth subsalicylate layers.png 1,324 × 1,068; 509 KB
- Blue microscopic crystals of Cobalt Mercury Tyocianate.jpg 1,520 × 1,714; 269 KB
- Boat wurzite.jpg 299 × 223; 12 KB
- Boat wurzite.svg 400 × 251; 4 KB
- Bragg plane illustration.png 1,101 × 520; 41 KB
- Bragg's law.svg 1,100 × 500; 7 KB
- Bragg-Brentano-Geometrie.jpg 677 × 461; 73 KB
- Brockhaus and Efron Encyclopedic Dictionary b15 297-0.jpg 735 × 487; 40 KB
- Brockhaus and Efron Encyclopedic Dictionary b66 825-0.jpg 486 × 491; 19 KB
- Bulletin de l'Acadmie impriale des sciences de St.-Ptersbourg (20244266519).jpg 788 × 1,262; 184 KB
- Bulletin de l'Acadmie impriale des sciences de St.-Ptersbourg (20437315021).jpg 978 × 1,034; 143 KB
- Bulletin des sciences (1791) (20439644025).jpg 298 × 318; 23 KB
- CaF2 aaxis.jpg 460 × 441; 55 KB
- CaF2 extenda.jpg 701 × 441; 88 KB
- CaF2 pol1.jpg 777 × 441; 125 KB
- CaF2 polyhedra2.jpg 707 × 434; 63 KB
- CaF2 polyhedra3.jpg 682 × 441; 57 KB
- Celestial Protein Crystal.tif 2,043 × 2,118; 2.53 MB
- Cella doppia.svg 150 × 150; 20 KB
- CellViewer cell.png 800 × 800; 88 KB
- CellViewer cellipf.png 800 × 800; 91 KB
- CellViewer diff.png 800 × 800; 18 KB
- CellViewer ipf.png 800 × 800; 44 KB
- CellViewer stereo.png 800 × 800; 53 KB
- CellViewer.png 1,089 × 743; 71 KB
- CIP alpha-Ti2Se.png 1,373 × 983; 1.01 MB
- Como medir distância interplanar numa rede de bravais.png 172 × 172; 4 KB
- Composizione di rotazione propria e traslazione reticolare.svg 210 × 180; 16 KB
- Composizione di simmetria rotazionale e 3 traslazioni reticolari.svg 350 × 200; 34 KB
- Composizione di una riflessione con una traslazione generale.svg 500 × 400; 25 KB
- Composizione di una riflessione con una traslazione ortogonale.svg 270 × 100; 23 KB
- Condição de Laue.png 333 × 289; 14 KB
- Conduction chaleur cristal.svg 616 × 233; 132 KB
- Constructive Interference.jpg 450 × 120; 11 KB
- Cristal densite surface.png 218 × 192; 10 KB
- Cristal densite surface.svg 212 × 201; 54 KB
- Cross Section of Kaolinite and Pyophyllite.png 540 × 300; 53 KB
- Crysatal Difractometer.jpg 4,160 × 2,340; 2.83 MB
- Crystal lattice composition.png 8,001 × 8,001; 1.72 MB
- Crystal Symmetry A.jpg 1,500 × 687; 874 KB
- Crystal Symmetry B.jpg 1,500 × 687; 777 KB
- CRYSTAL-DRAWING monaziet-2.jpg 2,003 × 2,273; 380 KB
- Crystallographic restriction 2.png 510 × 297; 8 KB
- Crystallographic restriction polygons.png 900 × 743; 95 KB
- Crystallographic restriction.png 660 × 271; 13 KB
- Crystallography.jpg 1,808 × 3,312; 3.28 MB
- CuNCS2 crystal structure.png 1,021 × 1,582; 121 KB
- De-Kristallographie.ogg 2.4 s; 23 KB
- Diagramme Etat S simplifié.tif 1,132 × 707; 2.29 MB
- DiffractGUI candidates.png 800 × 800; 614 KB
- DiffractGUI input.png 800 × 800; 612 KB
- DiffractGUI pattern.png 800 × 800; 614 KB
- DiffractGUI reflections.png 800 × 800; 625 KB
- DiffractGUI vectors.png 800 × 800; 638 KB
- DiffractGUI.png 971 × 780; 224 KB
- Disfenoides y escalenoedro.svg 194 × 124; 175 KB
- Drehkristall.png 734 × 602; 11 KB
- Dwa Kontury Burgersa.pdf 545 × 1,041; 121 KB
- Dwie ilustracje do definicji prędkości ruchu dyslokacji.pdf 637 × 783; 436 KB
- EB1911 Crystallography - Fig 91 Glide-plane of Calcite.svg 400 × 328; 976 bytes
- EB1911 Crystallography - Fig 92 Nepheline.svg 150 × 200; 2 KB
- EB1911 Crystallography - Fig 93 Calcite.svg 150 × 200; 2 KB
- EB1911 Crystallography - Fig 94 Beryl.svg 150 × 200; 2 KB
- EB1911 Crystallography - Fig. 102.—Dichroscope.jpg 298 × 116; 8 KB
- EB1911 Crystallography - Fig. 5.—Axes of Symmetry of a Cube.jpg 264 × 276; 15 KB
- EB1911 Crystallography - Fig. 91.—Glide-plane of Calcite.jpg 196 × 164; 6 KB
- EB1911 Crystallography - Figs 3 & 4 Octahedron.jpg 958 × 447; 85 KB
- EB1911 Crystallography - Figs 3 & 4 Octahedron.svg 958 × 447; 2 KB
- EB1911 Crystallography - Figs 6 & 7 Cubo-octahedron.jpg 452 × 165; 13 KB
- EB1911 Crystallography - Figs 85 & 86 Misshapen Octahedra.svg 760 × 280; 616 bytes
- EB1911 Crystallography - Figs 87 & 88 Crystal of Zircon.svg 915 × 791; 8 KB
- EB1911 Crystallography - Figs 89 & 90 Striated Cubes.svg 912 × 328; 1 KB
- EB1911 Crystallography - Figs. 87 & 88 - Crystal of Zircon.jpg 455 × 392; 28 KB
- EB1911 Crystallography - Figs. 89 & 90 —Striated Cubes.jpg 447 × 156; 16 KB
- EB1911 Crystallography - Figs. 98 & 99 —Biaxial Crystal.jpg 446 × 230; 16 KB
- EB1911 Crystallography Fig. 23.jpg 182 × 174; 15 KB
- EB1911 Crystallography Fig. 42 Tetragonal Bipyramid.jpg 222 × 161; 5 KB
- EB1911 Crystallography Fig. 43 Tetragonal Bipyramid.jpg 139 × 256; 5 KB
- EB1911 Crystallography Fig. 46 Ditetragonal Bipyramid.jpg 149 × 267; 7 KB
- EB1911 Crystallography Fig. 47.jpg 151 × 183; 4 KB
- EB1911 Crystallography Fig. 48.jpg 136 × 223; 6 KB
- EB1911 Crystallography Fig. 49.jpg 156 × 228; 7 KB
- EB1911 Crystallography Fig. 64 Tartaric Acid.jpg 431 × 187; 12 KB
- EB1911 Crystallography Fig. 65 Axinite.jpg 158 × 151; 5 KB
- EB1911 Crystallography Fig. 68.—Scalenohedron.jpg 123 × 278; 6 KB
- EB1911 Crystallography Fig. 70.—Hexagonal Bipyramid.jpg 202 × 162; 6 KB
- EB1911 Crystallography Fig. 71.—Hexagonal Prism.jpg 141 × 169; 4 KB
- EB1911 Crystallography Fig. 73 - Tourmaline.jpg 116 × 209; 6 KB
- EB1911 Crystallography Fig. 76 - Dioptase.jpg 140 × 263; 8 KB
- EB1911 Crystallography Fig. 77.—Dihexagonal Bipyramid.jpg 151 × 232; 7 KB
- EB1911 Crystallography Figs. 13 & 14.jpg 516 × 231; 30 KB
- EB1911 Crystallography Figs. 15 & 16.jpg 475 × 215; 14 KB
- EB1911 Crystallography Figs. 17 & 18.jpg 464 × 204; 16 KB
- EB1911 Crystallography Figs. 19 & 20.jpg 468 × 206; 18 KB
- EB1911 Crystallography Figs. 21 & 22.jpg 472 × 216; 17 KB
- EB1911 Crystallography Figs. 24 & 25.jpg 462 × 211; 16 KB
- EB1911 Crystallography Figs. 26 & 27.jpg 452 × 197; 11 KB
- EB1911 Crystallography Figs. 28 & 29.jpg 470 × 186; 14 KB
- EB1911 Crystallography Figs. 30 & 31.jpg 455 × 171; 10 KB
- EB1911 Crystallography Figs. 32 & 33.jpg 473 × 175; 12 KB
- EB1911 Crystallography Figs. 34 & 35.jpg 445 × 206; 13 KB
- EB1911 Crystallography Figs. 36 & 37.jpg 462 × 167; 13 KB
- EB1911 Crystallography Figs. 38 & 39.jpg 473 × 176; 14 KB
- EB1911 Crystallography Figs. 40 & 41.jpg 472 × 202; 13 KB
- EB1911 Crystallography Figs. 44 & 45 Tetragonal Bipyramids.jpg 522 × 220; 16 KB
- EB1911 Crystallography Figs. 50 & 51.jpg 465 × 239; 13 KB
- EB1911 Crystallography Figs. 52 & 53, Chalcopyrite & Fergusonite.jpg 420 × 247; 12 KB
- EB1911 Crystallography Figs. 54 & 55 Orthorhombic Bipyramids.jpg 498 × 256; 11 KB
- EB1911 Crystallography Figs. 56 & 57.jpg 517 × 163; 11 KB
- EB1911 Crystallography Figs. 58 & 59.jpg 399 × 299; 14 KB
- EB1911 Crystallography Figs. 60 & 61.jpg 371 × 193; 9 KB
- EB1911 Crystallography Figs. 62 & 63.jpg 440 × 222; 13 KB
- EB1911 Crystallography Scalenohedron and Octahedron.jpg 449 × 240; 19 KB
- EB1911 p. 461 fig. 1.png 355 × 465; 70 KB
- EB1911 p. 461 fig. 2, 3.png 906 × 486; 156 KB
- Equilibrium crystal shape.JPG 371 × 407; 14 KB
- Escalenoedro.svg 90 × 132; 15 KB
- Esempi di operazioni di simmetria.svg 330 × 770; 59 KB
- Esempi di strutture bidimensionali.svg 350 × 510; 38 KB
- Esferulitas-de-un-poli(urea)uretano-son-seg-cristalino.tif 2,080 × 1,544; 9.19 MB
- Evgraf-Fedorov-Straße.jpg 4,032 × 2,268; 2.38 MB
- Exemple Analyseur cubique 1.png 945 × 619; 195 KB
- Exemple Analyseur cubique.png 958 × 621; 197 KB
- FibDiffSketch.png 300 × 300; 40 KB
- Fig2 wiki xpw.jpg 456 × 569; 99 KB
- Figure de poles definition-EN.svg 512 × 266; 67 KB
- Figure de poles definition-NL.svg 512 × 266; 65 KB
- Figure de poles definition.png 579 × 342; 27 KB
- Figure de poles definition.svg 579 × 342; 36 KB
- Figure de poles en projection stéréographique.svg 2,083 × 520; 38 KB
- Fitting a model into electron density.gif 200 × 141; 648 KB
- Fluorita cristales.jpg 4,762 × 680; 731 KB
- Formes bàsiques del quars.jpg 2,220 × 3,093; 2.52 MB
- Frank-Read Source.png 670 × 469; 35 KB
- Fregio con operatore di simmetria g.svg 140 × 70; 18 KB
- Glissement facile distance mouvement.svg 174 × 316; 68 KB
- Glissement plan selon organisation.svg 380 × 164; 32 KB
- GpaGUI displacementX.png 800 × 800; 98 KB
- GpaGUI dsp010.png 800 × 800; 155 KB
- GpaGUI filtered010.png 800 × 800; 179 KB
- GpaGUI input.png 800 × 800; 316 KB