Spring 2010

***Syllabus modified due to snow / blizzard class cancellations... Updated 2/16/2010.

Chem 579-A     SOLID STATE CHEMISTRY Dr. G. L. R. Weatherspoon
Tuesday, 4:30 p.m. - 7:10 p.m. Office Hours:  R   3:00 -4:00 p.m or by appointment
Thompson Hall, Room 110 S & T-1, Rm 343

The text for this course will be Basic Solid State Chemistry, by Anthony R. West. Supplementary reference materials are on reserve at the Johnson Center Library. The course will consist of lectures, ungraded problem sets, in-class presentation, a research paper, current literature reviews, a midterm examination and a final examination.  Some of the tentative topics to be covered are:  trends in the periodic table, synthetic routes to solid state materials, characterization techniques, electrical, magnetic and optical properties of materials.   

 Grades will be determined as follows:  (point distribution is tentative)

Presentation 20%   100 points
Research paper 20%  100 points
Midterm Exam  30%    150 points
Final Exam 30%    150 points
Total 100%    500 points

Book Reserve List:

Title Author
Solid State Chemistry:  Techniques Cheetham and Day
Solid State Chemistry:   Compounds Cheetham and Day
Chemical Applications of Group Theory Cotton
Structural Inorganic Chemistry Wells
X-ray Structure Determination Stout and Jensen
Solid State Chemistry Smart and Moore
Solid State Physics Ashcroft and Mermin
Solid State Physics Kittel

Other worthwhile resources

Title Author
Inorganic Structural Chemistry U. Müller
Electronic Properties of Materials R. Hummel
Inorganic Crystal Structures Hyde and Andersson
Physical Chem. of Inorg. Crystalline Solids Franzen
Solids and Surfaces:   A Chemist's View of Bonding R. Hoffmann
   

LAST LECTURE MEETS MAY 4th.  Final exam is SATURDAY, MAY 8, 2010; 4:30 P.M. - 6:30 P.M. due to snow and blizzard days in February 2010.

TENTATIVE Course Outline CHEM 579A-001                     Spring 2010

Lect. #

 Subject 

Week 1

Introduction/ Review of Inorganic Chemistry concepts and theories

Week 2/3

Synthetic Routes

Week 4 Bonding in Solids
Week 5/6 Crystal structure and systems
Week 6/7 Crystallography and Diffraction Techniques
Week 7/8 Crystal Structure (Space Groups & their uses)
Week 8 Midterm Examination
Week 9 Other Characterization Techniques
Week 10 Other Spectroscopic Techniques
Week 11 Phase Diagrams
Week 12 Electrical Properties
Week 13 Magnetic & Optical Properties
Week 14 Papers due/ presentations

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