Some images from the Geology Museum at the Colorado School of Mines.
![Colorado, Golden, David Matlock, April 2015, Harry Bhadeshia, Department of Materials Engineering, Metallurgy, crystallography, minerals](Thumbnails/35.jpg)
Gold on Sphalerite and Galena. Geology Museum, Colorado School of Mines. |
![Colorado, Golden, David Matlock, April 2015, Harry Bhadeshia, Department of Materials Engineering, Metallurgy, crystallography, minerals](Thumbnails/36.jpg)
Colorado School of Mines, Department of Metallurgical Engineering Colorado School of Mines, Department of Metallurgical Engineering. This is at their Geology Museum. |
![Colorado, Golden, David Matlock, April 2015, Harry Bhadeshia, Department of Materials Engineering, Metallurgy, crystallography, minerals](Thumbnails/37.jpg)
Samples of cuprite, showing the cubic symmetry (four triads, the defining symmetry of a cube). |
![Colorado, Golden, David Matlock, April 2015, Harry Bhadeshia, Department of Materials Engineering, Metallurgy, crystallography, minerals](Thumbnails/38.jpg)
Cuprite, showing the cubic symmetry (four triads, the defining symmetry of a cube). |
![Colorado, Golden, David Matlock, April 2015, Harry Bhadeshia, Department of Materials Engineering, Metallurgy, crystallography, minerals](Thumbnails/39.jpg)
This is a sample of cuprite, showing the cubic symmetry (four triads, the defining symmetry of a cube). |
![Colorado, Golden, David Matlock, April 2015, Harry Bhadeshia, Department of Materials Engineering, Metallurgy, crystallography, minerals](Thumbnails/40.jpg)
This is a sample of cuprite, showing the cubic symmetry (four triads, the defining symmetry of a cube). Geology Museum, Colorado School of Mines. |
![Colorado, Golden, David Matlock, April 2015, Harry Bhadeshia, Department of Materials Engineering, Metallurgy, crystallography, minerals](Thumbnails/41.jpg)
This is a sample of cuprite, showing the cubic symmetry (four triads, the defining symmetry of a cube). Geology Museum, Colorado School of Mines. |
![Colorado, Golden, David Matlock, April 2015, Harry Bhadeshia, Department of Materials Engineering, Metallurgy, crystallography, minerals](Thumbnails/42.jpg)
This is a sample of cuprite, showing the cubic symmetry (four triads, the defining symmetry of a cube). Geology Museum, Colorado School of Mines. |
![Colorado, Golden, David Matlock, April 2015, Harry Bhadeshia, Department of Materials Engineering, Metallurgy, crystallography, minerals](Thumbnails/43.jpg)
Colorado School of Mines, Department of Metallurgical Engineering Colorado School of Mines, Department of Metallurgical Engineering. This is at their Geology Museum. |
![Colorado, Golden, David Matlock, April 2015, Harry Bhadeshia, Department of Materials Engineering, Metallurgy, crystallography, minerals](Thumbnails/44.jpg)
Stronitium sulphate on sulphur. Geology Museum, Colorado School of Mines. |
![Colorado, Golden, David Matlock, April 2015, Harry Bhadeshia, Department of Materials Engineering, Metallurgy, crystallography, minerals](Thumbnails/45.jpg)
This is a sample of fluorite, showing the cubic symmetry (four triads, the defining symmetry of a cube). Geology Museum, Colorado School of Mines. |
![Colorado, Golden, David Matlock, April 2015, Harry Bhadeshia, Department of Materials Engineering, Metallurgy, crystallography, minerals](Thumbnails/46.jpg)
This is a sample of fluorite, showing the cubic symmetry (four triads, the defining symmetry of a cube). Geology Museum, Colorado School of Mines. |
![Colorado, Golden, David Matlock, April 2015, Harry Bhadeshia, Department of Materials Engineering, Metallurgy, crystallography, minerals](Thumbnails/47.jpg)
This is a sample of fluorite, showing the cubic symmetry (four triads, the defining symmetry of a cube). Geology Museum, Colorado School of Mines. |
![Colorado, Golden, David Matlock, April 2015, Harry Bhadeshia, Department of Materials Engineering, Metallurgy, crystallography, minerals](Thumbnails/48.jpg)
In this case the cuprite, from Namibia, has been cut and polished. |
![Colorado, Golden, David Matlock, April 2015, Harry Bhadeshia, Department of Materials Engineering, Metallurgy, crystallography, minerals](Thumbnails/49.jpg)
Colorado School of Mines, Department of Metallurgical Engineering Colorado School of Mines, Department of Metallurgical Engineering. This is at their Geology Museum. |
![Colorado, Golden, David Matlock, April 2015, Harry Bhadeshia, Department of Materials Engineering, Metallurgy, crystallography, minerals](Thumbnails/50.jpg)
Colorado School of Mines, Department of Metallurgical Engineering Colorado School of Mines, Department of Metallurgical Engineering. This is at their Geology Museum. |
![Colorado, Golden, David Matlock, April 2015, Harry Bhadeshia, Department of Materials Engineering, Metallurgy, crystallography, minerals](Thumbnails/51.jpg)
Colorado School of Mines, Department of Metallurgical Engineering Colorado School of Mines, Department of Metallurgical Engineering. This is at their Geology Museum. |
![Colorado, Golden, David Matlock, April 2015, Harry Bhadeshia, Department of Materials Engineering, Metallurgy, crystallography, minerals](Thumbnails/52.jpg)
Colorado School of Mines, Department of Metallurgical Engineering Colorado School of Mines, Department of Metallurgical Engineering. This is at their Geology Museum. |
![Colorado, Golden, David Matlock, April 2015, Harry Bhadeshia, Department of Materials Engineering, Metallurgy, crystallography, minerals](Thumbnails/53.jpg)
Pyrite (fools gold), Colorado School of Mines, Geology Museum. |
![Colorado, Golden, David Matlock, April 2015, Harry Bhadeshia, Department of Materials Engineering, Metallurgy, crystallography, minerals](Thumbnails/54.jpg)
Colorado School of Mines, Department of Metallurgical Engineering Colorado School of Mines, Department of Metallurgical Engineering. This is at their Geology Museum. |
![Colorado, Golden, David Matlock, April 2015, Harry Bhadeshia, Department of Materials Engineering, Metallurgy, crystallography, minerals](Thumbnails/55.jpg)
Colorado School of Mines, Department of Metallurgical Engineering Colorado School of Mines, Department of Metallurgical Engineering. This is at their Geology Museum. |
![Colorado, Golden, David Matlock, April 2015, Harry Bhadeshia, Department of Materials Engineering, Metallurgy, crystallography, minerals](Thumbnails/56.jpg)
Colorado School of Mines, Department of Metallurgical Engineering Colorado School of Mines, Department of Metallurgical Engineering. This is at their Geology Museum. |
![Colorado, Golden, David Matlock, April 2015, Harry Bhadeshia, Department of Materials Engineering, Metallurgy, crystallography, minerals](Thumbnails/57.jpg)
Adamite on Limonite, Colorado School of Mines, Geology Museum. |
![Colorado, Golden, David Matlock, April 2015, Harry Bhadeshia, Department of Materials Engineering, Metallurgy, crystallography, minerals](Thumbnails/58.jpg)
Calcite, Colorado School of Mines, Geology Museum. |
![Colorado, Golden, David Matlock, April 2015, Harry Bhadeshia, Department of Materials Engineering, Metallurgy, crystallography, minerals](Thumbnails/59.jpg)
Colorado School of Mines, Department of Metallurgical Engineering Colorado School of Mines, Department of Metallurgical Engineering. This is at their Geology Museum. |
![Colorado, Golden, David Matlock, April 2015, Harry Bhadeshia, Department of Materials Engineering, Metallurgy, crystallography, minerals](Thumbnails/60.jpg)
Colorado School of Mines, Department of Metallurgical Engineering Colorado School of Mines, Department of Metallurgical Engineering. This is at their Geology Museum. |
![Colorado, Golden, David Matlock, April 2015, Harry Bhadeshia, Department of Materials Engineering, Metallurgy, crystallography, minerals](Thumbnails/61.jpg)
Colorado School of Mines, Department of Metallurgical Engineering Colorado School of Mines, Department of Metallurgical Engineering. This is at their Geology Museum. |
![Colorado, Golden, David Matlock, April 2015, Harry Bhadeshia, Department of Materials Engineering, Metallurgy, crystallography, minerals](Thumbnails/62.jpg)
Colorado School of Mines, Department of Metallurgical Engineering Colorado School of Mines, Department of Metallurgical Engineering. This is at their Geology Museum. |
![Colorado, Golden, David Matlock, April 2015, Harry Bhadeshia, Department of Materials Engineering, Metallurgy, crystallography, minerals](Thumbnails/63.jpg)
Azurite with Malachite, Colorado School of Mines, Geology Museum. |
![Colorado, Golden, David Matlock, April 2015, Harry Bhadeshia, Department of Materials Engineering, Metallurgy, crystallography, minerals](Thumbnails/64.jpg)
Colorado School of Mines, Department of Metallurgical Engineering Colorado School of Mines, Department of Metallurgical Engineering. This is at their Geology Museum. |
![Colorado, Golden, David Matlock, April 2015, Harry Bhadeshia, Department of Materials Engineering, Metallurgy, crystallography, minerals](Thumbnails/65.jpg)
Colorado School of Mines, Department of Metallurgical Engineering Colorado School of Mines, Department of Metallurgical Engineering. This is at their Geology Museum. |
![Colorado, Golden, David Matlock, April 2015, Harry Bhadeshia, Department of Materials Engineering, Metallurgy, crystallography, minerals](Thumbnails/66.jpg)
Colorado School of Mines, Department of Metallurgical Engineering Colorado School of Mines, Department of Metallurgical Engineering. This is at their Geology Museum. |
![Colorado, Golden, David Matlock, April 2015, Harry Bhadeshia, Department of Materials Engineering, Metallurgy, crystallography, minerals](Thumbnails/67.jpg)
Pyrite (fools gold), Colorado School of Mines, Geology Museum. |
![Colorado, Golden, David Matlock, April 2015, Harry Bhadeshia, Department of Materials Engineering, Metallurgy, crystallography, minerals](Thumbnails/68.jpg)
Colorado School of Mines, Department of Metallurgical Engineering Colorado School of Mines, Department of Metallurgical Engineering. This is at their Geology Museum. |
![Colorado, Golden, David Matlock, April 2015, Harry Bhadeshia, Department of Materials Engineering, Metallurgy, crystallography, minerals](Thumbnails/69.jpg)
Fluorite cubes, Colorado School of Mines, Geology Museum. |
![Colorado, Golden, David Matlock, April 2015, Harry Bhadeshia, Department of Materials Engineering, Metallurgy, crystallography, minerals](Thumbnails/70.jpg)
Fluorite, Colorado School of Mines, Geology Museum. |
![Colorado, Golden, David Matlock, April 2015, Harry Bhadeshia, Department of Materials Engineering, Metallurgy, crystallography, minerals](Thumbnails/71.jpg)
lead and molybdenum oxide, Colorado School of Mines, Geology Museum. |
![Colorado, Golden, David Matlock, April 2015, Harry Bhadeshia, Department of Materials Engineering, Metallurgy, crystallography, minerals](Thumbnails/72.jpg)
Wlulfenite, lead-molybdenum oxide, Colorado School of Mines, Geology Museum. |
![Colorado, Golden, David Matlock, April 2015, Harry Bhadeshia, Department of Materials Engineering, Metallurgy, crystallography, minerals](Thumbnails/73.jpg)
Thomsonite, Colorado School of Mines, Geology Museum. |
![Colorado, Golden, David Matlock, April 2015, Harry Bhadeshia, Department of Materials Engineering, Metallurgy, crystallography, minerals](Thumbnails/74.jpg)
Colorado School of Mines, Department of Metallurgical Engineering Colorado School of Mines, Department of Metallurgical Engineering. This is at their Geology Museum. |
![Colorado, Golden, David Matlock, April 2015, Harry Bhadeshia, Department of Materials Engineering, Metallurgy, crystallography, minerals](Thumbnails/75.jpg)
Colorado School of Mines, Department of Metallurgical Engineering Colorado School of Mines, Department of Metallurgical Engineering. This is at their Geology Museum. |
![Colorado, Golden, David Matlock, April 2015, Harry Bhadeshia, Department of Materials Engineering, Metallurgy, crystallography, minerals](Thumbnails/76.jpg)
Widmanstatten plates in a meteorite, Colorado School of Mines, Geology Museum. |
![Colorado, Golden, David Matlock, April 2015, Harry Bhadeshia, Department of Materials Engineering, Metallurgy, crystallography, minerals](Thumbnails/77.jpg)
A rock brought back from the moon, Colorado School of Mines, Geology Museum. |
![Colorado, Golden, David Matlock, April 2015, Harry Bhadeshia, Department of Materials Engineering, Metallurgy, crystallography, minerals](Thumbnails/78.jpg)
A rock brought back from the moon, Colorado School of Mines, Geology Museum. |
![Colorado, Golden, David Matlock, April 2015, Harry Bhadeshia, Department of Materials Engineering, Metallurgy, crystallography, minerals](Thumbnails/79.jpg)
Colorado School of Mines, Department of Metallurgical Engineering Colorado School of Mines, Department of Metallurgical Engineering. This is at their Geology Museum. |
![Colorado, Golden, David Matlock, April 2015, Harry Bhadeshia, Department of Materials Engineering, Metallurgy, crystallography, minerals](Thumbnails/80.jpg)
Colorado School of Mines, Department of Metallurgical Engineering Colorado School of Mines, Department of Metallurgical Engineering. This is at their Geology Museum. |
![Colorado, Golden, David Matlock, April 2015, Harry Bhadeshia, Department of Materials Engineering, Metallurgy, crystallography, minerals](Thumbnails/81.jpg)
Forms corresponding to cubic symmetry, Colorado School of Mines, Geology Museum. |
![Colorado, Golden, David Matlock, April 2015, Harry Bhadeshia, Department of Materials Engineering, Metallurgy, crystallography, minerals](Thumbnails/82.jpg)
Orthorhombic system, Colorado School of Mines, Geology Museum. |
![Colorado, Golden, David Matlock, April 2015, Harry Bhadeshia, Department of Materials Engineering, Metallurgy, crystallography, minerals](Thumbnails/83.jpg)
Tetragonal system, Colorado School of Mines, Geology Museum. |
![Colorado, Golden, David Matlock, April 2015, Harry Bhadeshia, Department of Materials Engineering, Metallurgy, crystallography, minerals](Thumbnails/84.jpg)
Hexagonal system, Colorado School of Mines, Geology Museum. |
![Colorado, Golden, David Matlock, April 2015, Harry Bhadeshia, Department of Materials Engineering, Metallurgy, crystallography, minerals](Thumbnails/85.jpg)
Monoclinic system, Colorado School of Mines, Geology Museum. |
![Colorado, Golden, David Matlock, April 2015, Harry Bhadeshia, Department of Materials Engineering, Metallurgy, crystallography, minerals](Thumbnails/86.jpg)
Triclinic system, Colorado School of Mines, Geology Museum. |