Transparent emerald, the green variety of beryl, on calcite matrix |
Mineralogy
Mineralogy
Laboratory |
Niocalite (blue) in sovite (calcite + apatite). Oka carbonatite complex. Crossed-polars. Width = 5.4 mm |
Schedule |
Class Date |
Topic |
Reading |
Assignment |
9/7 | Introduction and crystal chemistry | Chapts. 1, 3, & 4 | Table of Ionic Radii, Coordination number calculations |
9/14 | Crystal structure and x-ray crystallography | Chapt. 8 | Bragg's Law calculations, X-ray crystallography exercise, Forensic exercise |
9/21 | Crystallography | Chapt. 2 | Symmetry and Miller Indices exercise |
9/28 | Crystallography | Stereo diagram handout | Draw stereo diagrams for blocks. |
10/5 | Crystal growth and Physical properties of minerals | Chapts. 5 & 6 | Determination of specific
gravity
Mineral Separation on the basis of magnetic properties
Determine symmetry, Miller Indices, and plot a stereo diagram for an unknown form. |
10/19 | Chemical analysis of minerals, strategies for study, and Silicate Minerals I - Framework Silicates | Chapts. 9, 10, 11, & 12 | Identification of minerals in hand specimen, Mineral formulas |
10/26 | Exam I | Chapts. 1 to 6 and Chapt. 8 | |
10/26 | Silicate Minerals II - Sheet and Chain Silicates | Chapts. 13 & 14 | Identification of minerals in hand specimen. |
11/2 | Silicate Minerals III - Disilicates, Ring Silicates, and Orthosilicates | Chapts. 15 & 16 | Identification of minerals in hand specimen. |
11/9 | Carbonates, sulfates,
phosphates, tungstates, molybdates, and borates.
Optical Mineralogy I |
Chapts. 17 & 7 | The petrographic microscope. |
11/16 | Oxides, hydroxides,
halides and sulfides.
Optical Mineralogy II |
Chapts. 18 , 19, & 7 | Determine the index of refraction of an isometric mineral. |
11/23 | Exam II | Chapts. 9 to 19 | |
11/30 | Optical Mineralogy III | Chapt. 7 | Determine the index of refraction of a uniaxial mineral. |
12/7 | Identification of minerals in thin section | Identification of minerals in thin section | |
12/12 | Laboratory Practical Exam |