FUNDAMENTALS of MINERALOGY
Gly 3220, Fall 2009

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 25   1.  Classification of Minerals Physical Properties  
26 Introduction—What is a mineral? Review MS 1, 2
MS 3
 
Sep 31 Symmetry Elements, Systems, Point Groups MS 6 (109-131)    
  1   2. Symmetry Recognition Tectosilicates: Quartz, etc.
MS 19 (534-552)
  2 Miller Indices, Forms
Crystal Projections
MS 6 (132-142)
MS 8 (169-181)
 
  7 ***NO CLASS, LABOR DAY***
   
  8   3. Miller Indices, Stereographic Projection Tectosilicates: Feldspar, etc.
MS 19 (534-552)
  9 Point Groups
MS 9 (182-207)  
14 Line and Plane Groups MS 7 (143-156)    
15   4. Plane Patterns Phyllosilicates
MS 19 (519-534)
16 Space Groups MS 7 (156-168)  
21 Space Groups
MS 9 (208-216)    
22    5. Space Groups Inosilicates: Amphiboles, Pyroxenes
MS 19 (514-519)
23 Mineral Chemistry
MS 4 (66-79)
MS 5 (96-108)
 
28 HOUR EXAM  
   
29   6. LAB TEST (Crystallography) Cyclosilicates, Sorosilicates
MS 19 (505-513)
30 Silicate Minerals (Biopyriboles) MS 18 (446-467)  
Oct   5 Silicate Minerals (Tectosilicates)  MS 18 (467-482)  
 
  6  
Nesosilicates MS 19 (584-505) and REVIEW Mineral ID, Silicates 
  7 X-ray crystallography  MS 14 (307-323)  
12 X-ray crystallography MS 14 (307-323)     
13   7.  XRD, Mineral ID LAB TEST (Mineral ID)
14 X-ray crystallography MS 14 (307-323)  
19 SEM, theory MS 14 (323-330)    
20   8.  XRD, Alkali Feldspars
21 SEM, EDS MS 14 (323-330)  
26 Optical Microscopy MS 13 (287-290)    
27   9. SEM-EDS Demonstration Oxides,Oxyhydroxides
MS 16
28 Isotropic Minerals MS 13 (290-294)
 
Nov   2 Uniaxial Crystals, Indicatrix MS 13 (294-296)    
  3   10. LAB TEST (XRD, SEM) Sulfides, Arsenides
MS 15 (350-367)
  4 Uniaxial Crystals, Interference Colors MS 13 (296-298)  
  9 HOUR EXAM  
   
10   11. Refractive Index, Isotropic Minerals Sulphates, Phosphates, etc.
MS 17 (420-433)
11 Uniaxial Crystals, Interference Figures MS 13 (298-299)  
16 Biaxial Crystals, Indicatrix MS 13 (300-302)    
17   12. Rock Forming Minerals in Thin Section Carbonates
MS 17 (407-416)
18 Biaxial Crystals, Interference Figures MS 13 (302-306)  
23 Optical Properties of Minerals MS 19, and DHZ    
24    13. Rock Forming Minerals in Thin Section  Native Elements
MS 15 (333-350)
25
***NO CLASS, THANKSGIVING***
30 Optical Properties of Minerals MS 19, and DHZ    
Dec   1   14. Rock Forming Minerals in Thin Section
LAB TEST (Optical)
FINAL (Mineral ID)
  2 Optical Properties of Minerals MS 19, and DHZ  
  7 Summary, Silicate Minerals MS 19, and DHZ    
  8   ***READING DAY***
14 FINAL EXAM, Monday, 14 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)   10%
Lab Test  (Mineral ID)   10%
Lab Test  (XRD, SEM)   10%
Lab Test  (Thin Sections)   10%
Final (Mineral ID)   10%
Final Exam   30%
   100%


****MINERAL STRUCTURES****

 On line Resource, University of Wisconsin, Madison, Materials Research Science and Engineering
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


ACADEMIC INTEGRITY CODE
As a community of learners at Appalachian State University, we must create an atmosphere of honesty, fairness, and responsibility, without which we cannot earn the trust and respect of each other. Furthermore, we recognize that academic dishonesty detracts from the value of an Appalachian degree. Therefore, we shall not tolerate lying, cheating, or stealing in any form and will oppose any instance of academic dishonesty.  This course will follow the provisions of the Academic Integrity Code, which can be found on the Office of Student Conduct Web Site: www.studentconduct.appstate.edu.

PROF. ABBOTT'S HOMEPAGE