Principles of mineralogy: crystallography, crystal chemistry, mineralogical analysis. Structure, composition, and phase transformations of important silicates, oxides, and other minerals.
GEOL 322 and CHEM 481 or equivalent
No specific textbook is required for this course. However, you will find that a standard mineralogy text is a useful reference, not only for this course but for your remaining graduate studies and beyond. I recommend any of the following, that you may have obtained for undergraduate study:
Introduction to Mineralogy, by W. D. Nesse (ISBN 0195106911).
Manual of Mineral Science, 23rd edition, by C. Klein and B. Dutrow (ISBN 0471721573). Older editions will also serve you well.
Mineralogy and Optical Mineralogy, by M. D. Dyar, M. E. Gunter, and D. Tasa (ISBN 0939950812). Includes very useful software.
Minerals: Their Constitution and Origin, by H.-R. Wenk and A. Bulakh (ISBN 0521529581).
In addition, you may find the following helpful for specific aspects of mineralogy:
An Introduction to the Rock-Forming Minerals, 2nd edition, by Deer, Howie, and Zussman (ISBN 0582300940). Solid reference for mineral descriptions.
Crystallography and Crystal Chemistry, by F. D. Bloss (ISBN 0939950375). Well written and well illustrated.
Introduction to Crystallography, by D. E. Sands (ISBN 0486678393). Concise.
An Introduction to the Mineral Sciences, by A. Putnis (ISBN 0521429471). Interesting twist on mineralogy, with an emphasis on defects, kinetics, and phase transformations.
Crystallography and Crystal Chemistry
Analytical and Experimental Methods
Systematic Description of Major Minerals
-ides (Oxides; Hydroxides; Sulfides)
Silicates (Tetrahedral; Mixed Coordination; Octahedral)
-ates (Carbonates; Sulfates; Phosphates; etc.)
Mineralogy of the Core
Mineralogy of the Mantle
Mineralogy of the Crust
Ores and Industrial Minerals
Biominerals and Nanominerals