Gly 3220. Fundamentals of Mineralogy/(3).F. The course focuses on (1) mineral identification and classification, (2) crystal chemistry, (3) X-ray diffraction, (4) analytical electron microscopy (SEM-EDS), and the petrograpic microscope. Prerequisites: Gly 1101 or consent of the instructor. Lecture two hours; laboratory three hours.
| TOPIC | READING ch. (Pgs.) |
LAB (M,T) (~2 hours) |
LAB (M,T) (Mineral ID, ~1 hour) |
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| Aug | 22, W | Introduction—What is a mineral? | ch. 1 (1-10) | |||
| 27, M | Symmetry elements, Systems, Point groups |
ch. 2 (18-22) | 1. Symmetry Recognition | Physical
Properties (ch. 6) Tectosilicates: Quartz, etc. (ch. 12) |
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| 29, W | Translational symmetry | ch. 2 (11-17) | |
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| Sep | 3, M | ***NO CLASS, LABOR DAY*** | ||||
| 5, W | Translational symmetry |
ch. 2 (11-17) | ||||
| 10, M | Crystals, face, forms ... | ch. 2 (25-44) | 2. Miller Indices, Stereographic Projection |
Phyllosilicates:
Micas, Chlorite, Serpentine, etc. (ch. 13) |
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| 12, W | Line groups, Plane groups | ch. 2 (23-24) | |
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| 17, M | Space groups |
ch. 2 (23-24) | 3. Plane Patterns | Inosilicates:
Amphiboles, Pyroxenes (ch. 14) |
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| 19, W | Crystal chemistry | ch. 3 | ||||
| 24, M | Crystal structure | ch. 4 | 4. Space Groups | Cyclosilicates, Sorosilicates (ch. 15) |
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| 26, W | ***HOUR EXAM*** |
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| Oct | 1, M | Silicate minerals (Biopyriboles) | ch. 13 | 5. LAB TEST (Crystallography) | Nesosilicates (ch. 16) | |
| 3, W | Silicate minerals (Tectosilicates) | ch. 12 | |
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| 8, M | X-ray crystallography | ch. 8 (183-193) | 6. XRD, Mineral ID | Oxides,Oxyhydroxides
(ch. 18) |
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| 10, W | X-ray crystallography | ch. 8 (183-193) | ||||
| 15, M | SEM, EDS | ch. 9 (194-200) | 7. XRD, Alkali Feldspars | LAB TEST (Mineral ID) |
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| 17, W | SEM, EDS | ch. 9 (194-200) | ||||
| 22, M | Optical mineralogy, Introduction ... | ch. 7 (136-143) |
8. SEM-EDS Demonstration | Sulfides, Arsenides (ch. 19) | ||
| 24, W | Optical classes, Interference colors | ch. 7 (143-157) |
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| 29, M | Mineral colors ... |
ch. 7 (158-174) |
9. LAB TEST (XRD, SEM) | Sulphates,
Phosphates, etc. (ch. 17) |
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| 31, W | ***HOUR EXAM*** | |||||
| Nov | 5, M | ***NO CLASS, GSA, Extra Credit Assignment*** [Calculation of the chemical formula for a mineral from chemical analyses, and chemical exchange analysis.] |
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| 7, W | ***NO CLASS, GSA, Extra
Credit Assignment*** |
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| 12, M | Refractometry
... |
ch. 7 (175-179) | 10. NOTE: no lab #10 11. Refractive Index, Isotropic Minerals |
Carbonates (ch. 17) | ||
| 14, W | Interference figures | ch. 7 (161-174) | |
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| 19, M | Tactics for mineral ID | ch. 7 (181-182), ch. 10 |
12. Minerals in Thin
Section, App. B |
Native Elements (ch. 20) | ||
| 21, W | ***NO CLASS, THANKSGIVING*** |
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| 26, M | Optical properties of minerals (selected topics) | ch. 12-18 | 13. Minerals in Thin Section, App. B | |||
| 28, W | Optical properties of minerals (selected topics) | ch. 12-18 | ||||
| Dec | 3, M | Optical properties of minerals (selected topics) | ch. 12-18 | 14. Minerals in Thin Section, App. B | FINAL MINERAL ID | |
| 5, W | ***OPTICAL LAB TEST, BEGINS*** | |||||
| 8, Sa | ***READING DAY*** | |||||
| 11, T | ***OPTICAL LAB TEST, DUE*** | |||||
| 14, F | ***FINAL EXAM, Friday, 14 December, 12:00-2:30*** | |||||
TEXTS:
Nesse = Introduction to Mineralogy, 2nd Edition
Recommended = The Rock-Forming Minerals - Deer, Howie, and Zussman
GRADING:
| GRADING | ||
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|
Hour Exams (10% each) | 20% |
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|
Lab Test (Crystallography) | 10% |
| Lab Test (Mineral ID) | 10% | |
| Lab Test (XRD, SEM) | 10% | |
| Extra Credit Assignment (5-7 Nov.) |
5% | |
| Lab Test (Thin Sections) | 10% | |
| Final (Mineral ID) | 10% | |
| Final Exam | 30% | |
| 105% | ||
| INSTRUCTOR
R.N. Abbott, Rm. 121, Rankin, |
OFFICE HOURS
Tuesday, 9:00-11:00 am |