FUNDAMENTALS of MINERALOGY
Gly 3220, Fall 2008

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.


Course Outline
  TOPIC READING
Ch.
(Pgs.)
LAB
(~2 hours)
LAB
(Mineral ID, ~1 hour)
  
Aug 26   1.  Classification of Minerals Physical Properties 
27 Introduction—What is a mineral? Review MS 1, 2
MS 3
 
Sep  1***NO CLASS, LABOR DAY*** 
  2   2. Symmetry RecognitionTectosilicates: Quartz, etc.
MS 19 (534-552)
  3 Symmetry Elements, Systems, Point Groups MS 6 (109-131)
 
  8 Miller Indices, Forms
Crystal Projections
MS 6 (132-142)
MS 8 (169-181)
   
  9   3. Miller Indices, Stereographic ProjectionTectosilicates: Feldspar, etc.
MS 19 (534-552)
10 Point Groups
MS 9 (182-207) 
15 Line and Plane Groups MS 7 (143-156)   
16   4. Plane PatternsPhyllosilicates
MS 19 (519-534)
17 Space Groups MS 7 (156-168) 
22 Space Groups
MS 9 (208-216)   
23    5. Space GroupsInosilicates: Amphiboles, Pyroxenes
MS 19 (514-519)
24 Mineral Chemistry
MS 4 (66-79)
MS 5 (96-108)
 
29 HOUR EXAM  
   
30   6. LAB TEST (Crystallography)Cyclosilicates, Sorosilicates
MS 19 (505-513)
Oct  1 Silicate Minerals (Biopyriboles) MS 18 (446-467) 
  6 Silicate Minerals (Tectosilicates) <GSA> MS 18 (467-482) <GSA>  
  7  <GSA> <GSA>Nesosilicates
MS 19 (584-505)
  8 X-ray crystallography <GSA> MS 14 (307-323) <GSA>
13 X-ray crystallographyMS 14 (307-323)    
14   7.  XRD, Mineral IDLAB TEST (Mineral ID)
15 X-ray crystallography MS 14 (307-323)  
20 SEM, theory MS 14 (323-330)   
21   8.  XRD, Alkali Feldspars
22 SEM, EDS MS 14 (323-330) 
27 Optical Microscopy MS 13 (287-290)   
28   9. SEM-EDS DemonstrationOxides,Oxyhydroxides
MS 16
29 Isotropic Minerals MS 13 (290-294)
 
Nov  3 Uniaxial Crystals, Indicatrix MS 13 (294-296)   
  4   10. LAB TEST (XRD, SEM)Sulfides, Arsenides
MS 15 (350-367)
  5 HOUR EXAM    
10 Uniaxial Crystals, Interference Colors MS 13 (296-298)   
11   11. Refractive Index, Isotropic MineralsSulphates, Phosphates, etc.
MS 17 (420-433)
12 Uniaxial Crystals, Interference Figures MS 13 (298-299) 
17 Biaxial Crystals, Indicatrix MS 13 (300-302)   
18   12. Rock Forming Minerals in Thin SectionCarbonates
MS 17 (407-416)
19 Biaxial Crystals, Interference Figures MS 13 (302-306) 
24 Optical Properties of Minerals MS 19, and DHZ   
25    13. Rock Forming Minerals in Thin Section Native Elements
MS 15 (333-350)
26
***NO CLASS, THANKSGIVING***
Dec  1 Optical Properties of Minerals MS 19, and DHZ   
  2   14. Rock Forming Minerals in Thin Section
FINAL (Mineral ID)
  3 Optical Properties of Minerals MS 19, and DHZ 
  8 Summary, Silicate MineralsMS 19, and DHZ  
  9  15.                              LAB TEST (Thin Sections)
10
 ***READING DAY***
17FINAL EXAM, Wednesday, 17 December, 3:00-5:30 
 

TEXTS:

MS = Mineral Sciences, 23rd Edition (2008) - Klein and Dutrow
DHZ = The Rock-Forming Minerals - Deer, Howie, and Zussman

GRADING:
 
GRADING
2
Hour Exams (10% each)   20%
 
 
Lab Test  (Crystallography)     5%
Lab Test  (Mineral ID)    5%
Lab Test  (XRD, SEM)  10%
Lab Test  (Thin Sections)  10%
Lab Exercises  10%
Final (Mineral ID)   10%
Final Exam   30%
   100%


INSTRUCTOR

R.N. Abbott, Rm. 121, Rankin, 
Phone: 262-3055 
E-mail: abbottrn@appstate.edu
Web-Site homepage: http://www.appstate.edu/~abbottrn/

OFFICE HOURS

Monday, 4:00-5:00 pm 
Wednesday, 2:00-5:00 pm   
Friday, 2:00-5:00 pm


PROF. ABBOTT'S HOMEPAGE