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CHEM 5511
Laboratory Safety And Health I
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An introduction to laboratory safety and health. Topics to be discussed include good laboratory practice; laboratory hazards; safe chemical handling; storage and disposal; first aid; protective equipment; and federal regulations.
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Credits: 1 hours
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CHEM 5520R
Survey Of Organic Chemistry
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An intensive advanced survey of the structure, synthesis and reactions of organic compounds. Three hours lecture a week.
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Credits: 3 hours
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CHEM 5521R
Mechanisms Of Organic Reactions
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A comprehensive course in which the mechanisms of organic reactions are discussed in light of modern chemical principles. Prerequisites: CHEM 322R and CHEM 432. Three hours lecture a week.
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Credits: 3 hours
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CHEM 5522
Synthetic Organic Chemistry
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A critical approach to the synthesis and modification of organic molecules; newer methods will be emphasized. Prerequisites: CHEM 322R and CHEM 432. Three hours lecture a week.
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Credits: 3 hours
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CHEM 5529
Selected Topics In Organic Chemistry
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Selected topics from the chemistry and theories of organic structures with particular attention to recent developments. Three hours lecture a week.
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Credits: 3 hours
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CHEM 5530
Systematic Physical Chemistry
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An intensive and comprehensive review of the principles of physical chemistry. This course may either emphasize thermodynamics with an introduction to principes of quantum mechanics or emphasize quantum mechanical description of atoms and molecules, molecular spectroscopy, statistical mechanics and kinetics. Three hours lecture a week.
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Credits: 3 hours
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CHEM 5530A
Physical Chemistry I
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This graduate course reviews principles of physical chemistry, focusing on thermodynamics, equilibria and electrochemistry.
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Credits: 3 hours
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CHEM 5530B
Physical Chemistry II
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This graduate course reviews principles of physical chemistry, focusing on quantum chemistry, molecular spectroscopy and structure, and kinetics.
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Credits: 3 hours
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CHEM 5531
Classical Thermodynamics
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A rigorous treatment of the laws of thermodynamics and their application to ideal and non-ideal equilibrium systems. Three hours lecture a week.
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Credits: 3 hours
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CHEM 5533
Quantum Chemistry
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Application of quantum mechanical methods to the study of systems of chemical interest. Exact solutions and approximate methods will be discussed. Three hours lecture per week.
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Credits: 3 hours
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CHEM 5534
Molecular Spectroscopy
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A theoretical introduction to molecular spectroscopy and its relation to structure. Electronic, vibrational and rotational spectra of chemical systems will be discussed.
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Credits: 3 hours
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CHEM 5539
Selected Topics In Physical Chemistry
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Selected topics and recent developments in physical chemistry. Prerequisite: Chemistry 5530 or consent of instructor. Three hours lecture a week.
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Credits: 3 hours
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CHEM 5541R
Advanced Analytical Chemistry
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An intensive review of modern concepts of analytical chemistry. Prerequisite: CHEM 432. Three hours lecture a week.
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Credits: 3 hours
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CHEM 5551R
Advanced Inorganic Chemistry I
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A systematic treatment of bonding, structure, reactions and reaction mechanisms of inorganic compounds, with emphasis on classical transition metal compounds and organometallic compounds. Prerequisite: CHEM 451 or equivalent.
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Credits: 3 hours
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CHEM 5559
Selected Topics In Inorganic Chemistry
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Various special topics in the inorganic area to be offered in different semesters. Prerequisite: CHEM 5551R or consent of instructor. Three hours lecture a week.
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Credits: 3 hours
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CHEM 5567
Advanced Bioorganic Chemistry
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This course examines the organic chemistry and laboratory synthesis of the major biopolymers and organic chemistry related to biological systems. Emphasis is on literature and library research and natural product and solid phase organic synthesis, combinatorial synthesis, bioconjugates and applied bioorganic chemistry.
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Credits: 3 hours
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CHEM 5571R
Introduction To Polymer Chemistry
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Survey of organic and inorganic monomers and polymers; the occurrence, synthesis, structures and properties of natural and synthetic polymers; discussion of general properties of plastics, elastomers, fibers, resins and plasticizers. Prerequisite: CHEM 432. Three lecture hours a week.
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Credits: 3 hours
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CHEM 5580R
Computer Applications To Chemical Problems
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An intense course in FORTRAN programming and its uses in chemical problems related to theory and experimentation. Emphasis will be placed on the mathematical structures of the chemical problems and the coding of these problems into Fortran. No previous programming experience is required.
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Credits: 3 hours
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CHEM 5587
Environmental Chemistry I
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A survey of how chemical principles can be applied to the environment. Included will be topics in aquatic chemistry, atmospheric chemistry and chemistry of the geosphere and soil.
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Credits: 3 hours
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CHEM 5588
Environmental Chemistry II
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Discussion of selected topics in advanced environmental chemistry, such as environmental toxicology, environmental risk, the chemistry of hazardous wastes and their treatment, and environmental analytical chemistry.
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Credits: 3 hours
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