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The textbook for the course is Mineralogy and Optical Mineralogy, by Melinda Darby Dyar, Mickey E. Gunter and Dennis Tasa, 2008. It includes a DVD with excellent animations, etc. It is available at the bookstore, but can also be ordered at a discount from the Mineralogical Society of America. at https://msa.minsocam.org/publications.html. It is also available, by chapter, as iBooks: https://itunes.apple.com/us/book/mineralogy-optical-mineralogy/id806217157?mt=11.

  Chapter Lab Pages Sections
Wed

Jan 17

Introduction xi - xxi  
Thur Jan 18 No Lab    
Mon Jan 22 1. The Essence of Mineralogy 1 - 7 What is a mineral? Chemical elements
Wed Jan 24   7-12 Crystal Systems, Optical Classes
Thur Jan 25 The Big Ten 12 - 18  
Mon Jan 29 3. Crystal Chemistry 47 - 57 Atoms, Ions and Bonds
Wed Jan 31   58 - 68 Ionic Sizes and Coordination Numbers
Thur Feb 1 2. Hand Sample Identification    
Mon Feb 5 4. Crystallography 69 - 80 2D, 3D, Steronets - Crystal Systems in 3D
Wed Feb 7 5. Optical Mineralogy 81 - 102 Optical Mineralogy
Thur Feb 8 Crystal Models, Stacking, etc. lab    
Mon Feb 12 7. Chemistry of the Elements 121 - 148

Big Bang, Structure, Size, Color, Substitution

Wed Feb 14 8. Bonding and Packing in Minerals 148 - 168 Phase Diagrams, Bonds
Thur Feb 15 First Graded Learning Opportunity    
Mon Feb 19 11. Introduction to Symmetry 225 - 251 Symmetry
Wed Feb 21 12. Symmetry 251 - 273 Point Operations, Crystal Systems
Thur Feb 22 Symmetry Lab    
Mon Feb 26 15. Diffraction 363 - 400 Theory, Powder Diffraction Technique
Wed Feb 28 16. Intro to Optics 401 - 412

Intro to Optics

Thur Mar 1 XRD Preparation    
Spring Break
Mon Mar 12   408, 413 - 418 The Rainbow - Anisotropic Materials
Wed Mar 14   418 - 434 Polarized Light
Thur Mar 15 Light and Polaraized Light    
Mon Mar 19 NEGSA in Burlington, VT    
Wed Mar 21 17. Optical Crystallography 435 - 454 Birefringence, Retardation, Interference Figures
Thur Mar 22 XRD    
Mon Mar 26   457 - 460 The Indicatrix Revisited
Wed Mar 38   460 - 480 Dispersion and other Phenomena
Thur Mar 29 Second Graded Learning Opportunity
Mon Apr 2 20. Environments of Mineral Formation 535 - 538 Some Thermodynamics
Wed Apr 4   538 - 539 Binary Phase Diagrams
Thur Apr 5 The Petrographic Microscope    
Mon Apr 9   539 - 542 Complex Binary phase diagrams
Wed Apr 11   542 - 544 Ternary Phase Diagrams
Thur Apr 12 Optical Mineralogy    
Mon Apr 16     Bowen's Continuous Series
Wed Apr 18      
Thur Apr 19 Igneous Rocks in Thin Section    
Mon Apr 23   536 - 538 Metamorphic Phase Diagrams
Wed Apr 25     Metamorphic Facies
Thur Apr 26 Other Rocks in Thin Section    
Mon Apr 30   545 - 553  
Thur May 3 Final Graded Learning Opportunity 10:15 AM    

Each of the first two Graded Learning Opportunities will count 20% of your grade, the Final Graded Learning Opportunity will count 40% of your grade, class participation and lab performance will contribute the other 20%. Exams will try to probe your understanding and comprehension of the material.

If you desire to see it modified to include additional material, or omit material which you believe has been adequately covered in some other course, please bring this to my attention as soon as possible.


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