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CHEM 433. Inorganic Chemistry 2

Credits: 4
Department: Chemistry
Description: Concepts and applications of materials chemistry: solid state structure, conductivity, nanomaterials, synthetic approaches to materials, spectroscopic techniques to characterize materials (with an emphasis on nanomaterials), magnetism, electrochemistry, catalysis, and bioinorganic chemistry.
Prerequisites: CHEM 432 (C- or better)
Semester Offered: Spring
Grading Method: ABCDF
Lab: Lab

Student Learning Outcomes

1. Describe the structure of solids in terms of unit cells.
2. Apply synthetic approaches to create nanomaterials.
3. Differentiate nanomaterials from bulk materials.
4. Describe the magnetic structure of materials.
5. Develop Latimer, Frost and Pourbaix diagrams to describe the redox potential of species.
6. Investigate important catalytic cycles in industry and bioinorganic chemistry.
7. Synthesize solid-state materials using various methods to demonstrate the relationship between the synthetic method and the morphology and size of the particles.
8. Use spectroscopy, microscopy and calorimetry to characterize synthesized materials.






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