Spencer Chemistry Building, Room 205
5009 Rockhill Road
Phone: (816) 235-2273
Fax: (816) 235-5502
umkc-chemdept@umkc.edu
http://cas.umkc.edu/chem

Mailing Address
University of Missouri-Kansas City
Department of Chemistry
SCB 205
5100 Rockhill Road
Kansas City, MO 64110-2499

Department Chair:
Kathleen V. Kilway

Professors Emeriti:
John W. Connolly, Wesley Dale, Henry A. Droll, James R. Durig (Curator's Professor Emeritus), Peter Groner, Eckhard W. Hellmuth, Y.C. Jerry Jean (Curator's Distinguished Teaching Professor Emeritus), Peter F. Lott, Layton L. McCoy, Kenneth S. Schmitz, Timothy F. Thomas, Charles J. Wurrey (Curator's Distinguished Teaching Professor Emeritus and James C. Olson's Professor of Chemistry)

Curators' Professors:
Jerry R. Dias (chemistry), Kathleen V. Kilway (chemistry and chair), Zhonghua Peng (chemistry, principal graduate advisor)

Professors:
Keith R. Buszek, Andrew J. Holder, Thomas C. Sandreczki

Associate Professors:
Xiaobo Chen, Nathan Oyler, J. David Van Horn

Assistant Professors:
Shin Moteki

Teaching Professors:
Andrea Drew Gounev (coordinator of organic chemistry laboratories and undergraduate advisor), Todor K. Gounev (program director)

Assistant Teaching Professors:
Paul Barron (coordinator of general chemistry laboratories and undergraduate advisor)

Department Description

The Department of Chemistry offers programs of study leading to the bachelor of arts, bachelor of science and master of science degrees, and participates in UMKC's Interdisciplinary Ph.D. program. To the extent that each program is flexible (see degree requirements), it is possible to specialize at the graduate level in the areas of analytical, inorganic, organic, physical or polymer chemistry.

Research Facilities

Major Instrumentation

  • Varian Inova 400 MHz NMR spectrometer.
  • Bruker 250 MHz NMR spectrometer with solid state probe.
  • IBM 200 Electron Spin Resonance Spectrometer.
  • AA and ICP-AA spectrophotometers.
  • CARY-1 UV-Visible dual beam spectrophotometer.
  • Cambridge Structural Database Subscription (Van Horn).
  • Raman and Infrared Spectroscopy Lab (Durig).
  • Positron Annihilation and Gamma-ray Spectroscopy Lab (Jean).
  • ABI Pioneer peptide synthesizer.
  • Sprint BioCad liquid chromatography system.
  • Finnigan MAT Double Focusing mass spectrometer.

Research Instrumentation

  • Ocean Optics UV-Vis-NIR and other UV-Visible spectrophotometers.
  • Metrohm Titrando system with "PC Control" software.
  • BAS Epsilon electrochemistry apparatus (Peng).
  • Shimadzu HPLC (Van Horn).
  • Shimadzu RF-5301PC Fluorescence spectrophotometer.
  • Perkin Elmer Polarimeter (Buszek).

Support Facilities

  • Computer and Electronics Shop.
  • Chemical Stores.

On Campus Resources

  • Jasco J-710 Circular Dichroism Spectropolarimeter (School of Biological Sciences).
  • Varian 600 MHz NMR Spectrometer (School of Biological Sciences, Laity).
  • ESI-mass spectrometer and Triple-Quad LC-ESI MS with nanospray adaptor (School of Pharmaceutical Sciences).
  • Machine Shop (Department of Physics).

Computer facilities include UMKC's Academic Research servers using HP's Itanium technology and numerous personal computers located in the Spencer Chemistry Building and Flarsheim Hall for teaching and research purposes. A computational research laboratory is also housed in the department with a number of high-speed workstations and modern software.

Paul M. Barron Contact Information; assistant teaching professor of chemistry, coordinator of general chemistry laboratories, principal undergraduate advisor; Ph.D. (University of Nebraska).

Keith R. Buszek2,3 Contact Information; professor of chemistry; B.S. (University of California, Irvine); Ph.D. (University of California, Los Angeles).

Xiaobo Chen Contact Information; assistant professor of chemistry; B.S. (Peking University, China); M.S. (Chinese Academy of Sciences); Ph.D. (Case Western Reserve University).

John W. Connolly; professor emeritus of chemistry; B.S. (Xavier University); Ph.D. (Purdue University).

Jerry R. Dias2,3 Contact Information; curators' professor of chemistry; B.S. (San Jose State College); Ph.D. (Arizona State University).

Andrea Drew-Gounev Contact Information; associate teaching professor of chemistry, coordinator of organic laboratories, principal undergraduate advisor; B.S. Ph.D. (University of South Carolina).

Henry A. Droll; professor emeritus of chemistry; B.S., M.S. (George Washington University); Ph.D. (University of Pennsylvania).

James R. Durig2,3 curators' emeritus professor of chemistry and geosciences; B.A. (Washington and Jefferson College); Ph.D. (Massachusetts Institute of Technology).

Todor K. Gounev Contact Information; associate teaching professor of chemistry; B.S., M.S. (University of Sophia, Bulgaria); Ph.D. (University of South Carolina).

Peter Groner Contact Information; retired associate professor of chemistry and director of laboratories; Diploma, Ph.D. (Swiss Federal Polytechnic Institute).

Eckhard W. Hellmuth; professor emeritus of chemistry; B.S., M.S., Ph.D. (University of Marburg, Germany).

Andrew J. Holder2,3 Contact Information; professor of chemistry; B.S. (Mobile College); Ph.D. (University of Southern Mississippi).

Y. C. Jerry Jean2,3 Contact Information; curators' emeritus professor of chemistry and physics; B.S. (Taipei Institute of Technology Taiwan); Ph.D. (Marquette University).

Kathleen V. Kilway2,3 Contact Information; chair and curators' teaching professor of chemistry; B.S. (St. Mary's College); M.S., Ph.D. (University of California-San Diego).

Peter F. Lott; professor emeritus of chemistry; B.S., M.S. (St. Lawrence University); Ph.D. (University of Connecticut).

Layton L. McCoy; professor emeritus of chemistry; B.S., Ph.D. (University of Washington).

Shin Moteki2,3 Contact Information; assistant professor of chemistry; Ph.D. (University of Nebraska-Lincoln).

Nathan A. Oyler2,3 Contact Information; associate professor of chemistry; B.S. (University of Arizona); Ph.D. (University of Washington).

Zhonghua Peng2,3 Contact Information; curators' professor of chemistry; B.S. (University of Science and Technology of China); M.S. (Chinese Academy of Sciences); Ph.D. (University of Chicago).

Thomas C. Sandreczki2,3 Contact Information; professor of chemistry; B.A. (Houghton College); M.S., Ph.D. (University of Rochester).

Kenneth S. Schmitz2,3 Contact Information; professor emeritus of chemistry; B.A. (Greenville College); Ph.D. (University of Washington-Seattle).

Timothy F. Thomas; professor emeritus of chemistry; A.B. (Oberlin College); Ph.D. (University of Oregon).

J. David Van Horn2,3 Contact Information; associate professor of chemistry; B.A. (Point Loma Nazarene College); Ph.D. (University of Utah).

Charles J. Wurrey2,3 Contact Information; curators' distinguished teaching professor emeritus and James C. Olson professor of chemistry; B.S. (Northern Michigan University); Ph.D. (Massachusetts Institute of Technology).

1

Associate or Adjunct Graduate Faculty

2

Members of UMKC Graduate Faculty

3

Members of UMKC Doctoral Faculty

Undergraduate Degrees:

Career Implication of the Bachelor's Degree

The Department of Chemistry offers two bachelor of science degree programs. Both require a minimum of 43 credit hours of chemistry courses; they are designed for those who want to work in the field of chemistry. The American Chemical Society approved degree is based on the guidelines established by the American Chemical Society (ACS) and specifically requires Organic and Inorganic Synthesis (CHEM 382) and a Biochemistry course (either CHEM 367 or LS BIOCHEM numbered 341 or higher). Many of those receiving the bachelor of science degree have gone on to graduate work, professional schools, and advanced degrees. Others have gone directly into the chemical industry (laboratory assistants).

In contrast, the bachelor of arts degree is more flexible because it requires only a minimum of 26 credit hours of chemistry. The bachelor of arts student is shown a minimum of what chemistry is about. By choosing suitable courses, this degree prepares the individual with the chemical background for work in other areas. Examples include technical librarian, medical technologist, business administration, public health, and sales or advertising in the chemical industry. The majority of students pursuing the bachelor of arts in chemistry do so in preparation for professional schools, such as medicine, dentistry, and pharmacy. The bachelor of arts can also provide a student with a background in chemistry equivalent to that of a bachelor of science, but tailored to the individual's desires.

Teacher Certification in Chemistry

Certification as a middle school (grades 5-9) or secondary (grades 9-12) chemistry teacher in either Kansas or Missouri requires that a student complete specific requirements in biology, chemistry, environmental science, geology, physics and the School of Education. A separate application for teacher education is required. For further information about the program, consult the School of Education section of this catalog or contact the Education Student Services Office at (816) 235-2234.

Admission Requirements

Other than University of Missouri admission requirements, there are no special prerequisites for beginning either the bachelor of arts or the bachelor of science program. High school chemistry and a good working knowledge of algebra and arithmetic are desirable for entering the bachelor of science program. It should be noted that much of the bachelor of science program, and some of the bachelor of arts program, are highly structured in the order which chemistry courses must be taken. It is assumed that transfer students, Associates degree students, and junior college students should have begun the appropriate course sequence in their previous schools. All students are required to consult with the Chemistry Undergraduate Advisor before their registration at UMKC.

Advising

Those seeking either a bachelor of science or a bachelor of arts degree should see the Chemistry Department's principal undergraduate advisor or the department chair at the earliest possible time. Students who major in Chemistry must see the Undergraduate Advisor each semester prior to enrolling in courses.

Honors Program

Students with outstanding records of achievement may be eligible to enroll in special honors courses. Such courses are designated by the letter H preceding the course number, or special arrangements can be made with instructors of regular courses. Students enrolled in the special courses should consult with their faculty advisor to arrange for optimal degree planning.

Prerequisites and Co-requisites

A minimum grade of C- or higher is required for all prerequisite and co-requisite courses for all students taking courses within the Department of Chemistry. In exceptional cases, students may receive written consent from the Chemistry Undergraduate Advisor to waive this requirement. Students must be concurrently enrolled in all corequisite courses. In exceptional cases, students may receive written consent of the Curriculum Committee by obtaining a petition form from the Department to waive this requirement.

Graduate Degrees:

Graduate Study in Chemistry

The Chemistry Department offers the master of science degree, with an emphasis in analytical, inorganic, organic, physical, or polymer chemistry.

Doctor of philosophy (Ph.D.) programs at UMKC are interdisciplinary. Students desiring to study at the doctoral level in the discipline of chemistry (as the coordinating unit) must apply to the School of Graduate Studies. Detailed information on the general and discipline-specific admission requirements for the doctoral degree may be found in the Graduate Academic Regulations and Information section of this catalog.

Students pursuing an Interdisciplinary Ph.D. degree, who have selected chemistry as one of their disciplines, should consult the School of Graduate Studies section of this catalog for degree requirements, and other academic regulations applicable to their degree programs.

General Nature of the Graduate Program

Both the master of science degree and interdisciplinary Ph.D. degree with chemistry as the coordinating discipline have the basic aim of training students to work independently in chemistry. Both programs train the student through a broad but flexible base of coursework for further education, but the interdisciplinary Ph.D. places a greater emphasis on original research.

There are two programs or tracks that lead to the master of science in chemistry: the research and the non-thesis tracks. The interdisciplinary Ph.D. with chemistry as the coordinating unit is only research track. (For further information on the Interdisciplinary Ph.D. Program, see the chemistry discipline within the School of Graduate Studies section of this catalog.)

Master of Science:  Chemistry

The Department of Chemistry offers two master of science degrees. The non-thesis M.S. program has an emphasis on coursework, while the thesis-based degree has an emphasis on both coursework and original research. Graduating chemistry M.S. students will be exposed to the most recent advances in chemical sciences. In addition, thesis-based M.S. students will experience the excitement of performing guided research.

Students, who have received a grade of B- (2.7) or better in graduate coursework taken as part of a degree program at another institution, may transfer up to 6 credit hours of this work on approval of a majority of the student's committee. A written request for this approval must be submitted within one year of full admission to the program.

Seminar Presentation (CHEM 5611)

Students must present a one-hour seminar based on their thesis research project. This seminar will include an exhaustive review of the literature pertinent to their project, a description of the objectives, the proposed methodology, and the significance of this research. Students must register for CHEM 5611 and present this seminar during the semester following selection of their research adviser and committee.

Thesis Defense

The candidate's thesis must be prepared following all of the guidelines required by the UMKC School of Graduate Studies. All supervisory committee members must receive a final draft of the thesis for approval of form and content at least two weeks before submission to the Dean of the School of Graduate Studies. Candidates should submit preliminary drafts of their thesis to their supervisory committee well in advance of this deadline. After the thesis is certified for acceptance by the Dean of the School of Graduate Studies, the student must present an oral defense of his/her research in the form of a thesis seminar. The supervisory committee will make a final determination of the acceptability of the thesis immediately following this presentation. Only minor changes may be made to the thesis at this point.

Courses

CHEM 111 Physical Basis Of Chemistry Credits: 3

An introductory course in the basic principles applicable to chemistry for students who intend to take but are not adequately prepared to take CHEM 211. The emphasis is on quantitative relationships and problem solving.

CHEM 115 Elements Of Chemistry I Credits: 4

A one-term course in general chemistry with special emphasis on organic chemistry and biochemistry. A terminal course that does not meet requirements as a prerequisite for any higher level chemistry course.

Co-requisites: CHEM 115L.

CHEM 115L Elements Of Chemistry, Laboratory I Credit: 1

A one-term course in general chemistry with special emphasis on organic chemistry and biochemistry. A terminal course that does not meet requirements as a prerequisite for any higher level chemistry course.

Co-requisites: CHEM 115.

CHEM 160 Chemistry, Society, And The Environment Credits: 3

This course is intended to offer a survey of chemical and scientific concepts surrounding current issues. The emphasis will be on the application of fundamental chemical knowledge to allow a full understanding of these issues in the context of currently known facts and theories. Through classroom discussion and application of the scientific method, the ramifications of the issues will be examined. Topics will include pollution, the importance of the chemical industry, its responsibilities to society, and other items of current scientific and environmental interest.

CHEM 160L Laboratory For Chemistry, Society, And The Environment Credit: 1

This course is offered in support of CHEM 160. It will consist of field activities, experiments, and demonstrations to reinforce the concepts and ideas presented in that course.

CHEM 180P Basic Chemistry Credits: 4

A one-semester survey of basic chemistry including: atomic structure, the periodic table, chemical bonding, chemical reactions, and selected topics from organic, polymer and biochemistry. A terminal course that does not meet requirements as a prerequisite for any higher level chemistry course.

Prerequisites: MATH 110 or equivalent.

Corequisite: CHEM 181P.

Cross Listings: CHEM 115.

CHEM 181P Experimental Basic Chemistry Credits: 4

A demonstration/laboratory course designed to support and illustrate the concepts presented in Chemistry 180P. A terminal course that does not meet requirements as a prerequisite for any higher level chemistry course.

Prerequisites: MATH 110 or equivalent.

Co-requisites: CHEM 180P.

Cross Listings: CHEM 115L.

CHEM 182P Special Projects In Chemistry Credits: 4

An independent study course consisting of library work and field work designed to exemplify various applied aspects of chemistry. A terminal course that does not meet requirements as a prerequisite for any higher level chemistry course.

Prerequisites: MATH 110 or equivalent.

Co-requisites: CHEM 180P.

CHEM 206 Human Nutrition Credits: 3

Introduction to nutrition for health and wellness and the use of chemical energy in the breakdown and synthesis of biomolecules. Nutrition as it applies to a variety of life situations from infancy to older adults. Learning encompasses elements of anatomy and physiology related to nutrition and health.

CHEM 211 General Chemistry I Credits: 4

Stoichiometry, gas laws, thermochemistry, atomic structure, molecular shapes and bonding theories.

Prerequisites: Working knowledge of College Algebra.

Co-requisites: CHEM 211L.

CHEM 211L Experimental General Chemistry I Credit: 1

Introduction to the laboratory techniques used in studying the chemical properties of substances. Some quantitative techniques are included.

Co-requisites: CHEM 211.

CHEM 212LR Experimental General Chemistry II Credit: 1

Introduction to analysis and synthesis. Descriptive chemistry of the more common elements.

Prerequisites: CHEM 211 and CHEM 211L (or equivalent; each with a C-or better).

Co-requisites: CHEM 212R.

CHEM 212R General Chemistry II Credits: 4

Liquids and solids, solutions, equilibrium, kinetics, electrochemistry and thermodynamics. Introductory course to all advanced work in chemistry.

Prerequisites: CHEM 211 and CHEM 211L (or equivalent; each with a C-or better).

Co-requisites: CHEM 212LR.

CHEM 2YC Chemistry Elective LE Credits: 99

Transfer credit

CHEM 311 Laboratory Safety And Health I Credit: 1

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.

Prerequisites: CHEM 320 or CHEM 321 (or equivalent).

CHEM 320 Elementary Organic Chemistry Credits: 4

This one-semester course covers all fundamental principles of organic chemistry, including modern bonding theory, analytical techniques, physical properties, and chemical reactions. This course is designed to satisfy requirements for students in the UMKC Six-Year Medical Program or certain Biology B.A. majors. This course is not recommended for pre-medical, pre-dental, pre-pharmacy or other pre-health students.

Prerequisites: CHEM 211 / CHEM 211L and CHEM 212R / CHEM 212LR (or equivalents; each with a C- or better).

Co-requisites: CHEM 320L.

CHEM 320L Experimental Organic Chemistry Credit: 1

Elementary organic chemistry experiments to teach basic laboratory operations.

Prerequisites: CHEM 211 / CHEM 211L and CHEM 212R / CHEM 212LR (or equivalents; each with a C-or better).

Co-requisites: CHEM 320.

CHEM 321 Organic Chemistry I Credits: 3

The two terms (CHEM 321, CHEM 322R) constitute an integrated unit in which the chemistry of aliphatic, aromatic, and some heterocyclic compounds are studied. The study begins with simple monofunctional compounds and ends with polyfunctional natural products.

Prerequisites: CHEM 211 / CHEM 211L and CHEM 212R / CHEM 212LR (or equivalents; each with a C-or better).

Co-requisites: CHEM 321L.

CHEM 321L Organic Chemistry Laboratory I Credit: 1

CHEM 321L introduces the student to basic techniques and procedures in isolation, purification, and characterization of organic compounds and simple reactions used in the organic chemistry laboratory. The student will also be trained in the proper way to write a scientific laboratory report.

Prerequisites: CHEM 211 / CHEM 211L and CHEM 212R / CHEM 212LR (or their equivalents; each with a C-or better).

Co-requisites: CHEM 321.

CHEM 322L Organic Chemistry Laboratory II Credit: 1

CHEM 322L is an extension of CHEM 321L. CHEM 322L builds from the basic techniques, procedures, and writing to more advanced organic operations.

Prerequisites: CHEM 321 and CHEM 321L (or equivalents; each with a C-or better).

Co-requisites: CHEM 322R.

CHEM 322R Organic Chemistry II Credits: 3

Continuation of CHEM 321.

Prerequisites: CHEM 211 / CHEM 211L, CHEM 212R / CHEM 212LR and CHEM 321 / CHEM 321L (or equivalents; each with a C-or better).

Co-requisites: CHEM 322L.

CHEM 330 Elementary Physical Chemistry Credits: 3

An introductory course in the principles of physical chemistry for students who have not had calculus.

Prerequisites: CHEM 320, CHEM 322R or CHEM H322R, college physics, and a good background in algebra and trigonometry.

CHEM 341 Analytical Chemistry I: Quantitative Analysis Credits: 4

Principles of gravimetric, volumetric, electrolytic, and other methods of analysis.

Prerequisites: CHEM 212R and MATH 120.

CHEM 341WI Analytical Chemistry I: Quantitative Analysis Credits: 4

Principles of gravimetric, volumetric, electrolytic, and other methods of analysis.

Prerequisites: CHEM 211 / CHEM 211L, CHEM 212R / CHEM 212LR, and MATH 120 (or equivalents; each with a C-or better), RooWriter.

CHEM 345R Instrumental Analysis Credits: 3

An introductory course on the use of instruments for chemical analysis with particular reference to applications of interest to medical technologists and other students in the sciences. Emphasis will be placed on optical, electrochemical and separation methods.

Prerequisites: CHEM 320, CHEM 341, (or equivalents).

CHEM 367 Bioorganic Chemistry Credits: 3

An examination into the current topics at the interface between chemistry and biology. Emphasis will be on the current literature and will include such topics as nucleic acid chemistry, protein chemistry, and carbohydrate chemistry.

Prerequisites: CHEM 321 / CHEM 321L and CHEM 322R / CHEM 322L (or equivalents; each with a C-or better).

CHEM 382 Inorganic And Organic Synthesis Credits: 2

A number of inorganic, organic, and organometallic compounds will be prepared using a variety of synthetic techniques.

Prerequisites: CHEM 321 / CHEM 321L and CHEM 322R / CHEM 322L (or equivalents; each with a C-or better).

CHEM 387 Environmental Chemistry I Credits: 3

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.

Prerequisites: CHEM 320 or CHEM 322R.

CHEM 390 Special Topics In Chemistry Credits: 1-3

This course will focus on an area of chemistry of contemporary significance. The amount of credit is to be determined by arrangement with the department. May be repeated for credit when the topic varies but no more than three hours of credit may be applied to major course requirements.

Prerequisites: CHEM 320, CHEM 322R or CHEM H322R.

CHEM 390PT Special Topics In Chemistry Credits: 1-3

CHEM 392 Chemistry Internship/Practical Training Credits: 1-3

Practical work in chemistry in an industrial, academic or other professional setting. Prior to the start of work, the department must approve the internship/practical training.

Prerequisites: CHEM 211, CHEM 211L, CHEM 212R and CHEM 212LR (or equivalents; each with a C- or better).

CHEM 395 Directed Readings In Chemistry Credits: 1-3

Intensive readings in areas of joint interest to the enrolled student and the cooperating faculty member. Readings may not duplicate or substitute for current course offerings.

Prerequisites: CHEM 320 / CHEM 320L or CHEM 321 / CHEM 321L and CHEM 322R / CHEM 322L (or equivalents; each with a C-or better).

CHEM 399 Intro To Research Credits: 1-3

Special problems to introduce undergraduate chemistry majors to research methods. A comprehensive written report is required and a copy of the report is to be retained in the chemistry office.

Prerequisites: CHEM 212R.

CHEM 410 Chemical Literature Credit: 1

A systematic introduction to the efficient use of the chemical literature. Topics will include both classical search methods and computer search methods.

Prerequisites: CHEM 320 / CHEM 320L or CHEM 321 / CHEM 321L and CHEM 322R / CHEM 322L (or equivalents; each with a C-or better).

CHEM 431 Physical Chemistry I Credits: 3

A first course in physical chemistry having a calculus base. This course emphasizes thermodynamics with an introduction to the basic principles of quantum mechanics.

Prerequisites: MATH 210, MATH 220, MATH 250; and PHYSICS 220 or PHYSICS 250.

CHEM 432 Physical Chemistry II Credits: 3

A second course in physical chemistry having a calculus base. This course emphasizes the quantum mechanics description of atoms and molecules, molecular spectroscopy, statistical mechanics, and kinetics.

Prerequisites: MATH 210, MATH 220, MATH 250; and PHYSICS 220 or PHYSICS 250; and CHEM 431 (each with a C-or better).

Co-requisites: CHEM 437WI.

CHEM 434 Molecular Spectroscopy Credits: 3

A theoretical introduction to molecular spectroscopy and its relation to structure. Electronic, vibrational and rotational spectra of chemical systems will be discussed.

Prerequisites: CHEM 432.

CHEM 437WI Experimental Physical Chemistry I Credits: 3

Experimental methods in physical chemistry. One hour lecture and six hours laboratory each week. Satisfies writing intensive requirements for the B.A. or B.S. degree.

Prerequisites: MATH 210, MATH 220 and MATH 250; and PHYSICS 220 or PHYSICS 250; and CHEM 431 (each with a C-or better), RooWriter.

Co-requisites: CHEM 432.

CHEM 442R Analytical Chemistry II: Instrumental Analysis Credits: 3

A continuation of CHEM 341. The experimental and theoretical aspects of optical and electrochemical, chromatographic and other physicochemical methods of analysis.

Prerequisites: CHEM 341, CHEM 432.

CHEM 445 Introduction To Principles Of Forensic Investigation Credits: 2

A survey of the physicochemical forensic techniques employed in the detection, examination, processing, preservation and court presentation of evidence.

CHEM 451R Inorganic Chemistry Credits: 3

Modern concepts and theories of inorganic chemistry.

Prerequisites: CHEM 432.

CHEM 471 Introduction To Polymer Chemistry Credits: 3

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.

Prerequisites: CHEM 432 (C-or better).

CHEM 480 Computer Applications To Chemical Problems Credits: 3

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 chemical problems and the coding of those problems into Fortran. No previous programming experience is required.

Prerequisites: CHEM 320 or CHEM 322R.

CHEM 490 Special Topics In Chemistry Credits: 1-3

This course will focus on an area of chemistry of contemporary significance. The amount of credit is to be determined by arrangement with the department. May be repeated for credit when the topic varies but no more than three hours of credit may be applied to major course requirements.

Prerequisites: CHEM 431.

CHEM 495 Directed Readings In Chemistry Credits: 1-3

Intensive readings in areas of joint interest to the enrolled student and the cooperating faculty member. Readings may not duplicate or substitute for current course offerings.

Prerequisites: CHEM 432.

CHEM 499 Senior Research Credits: 1-9

The student is given an original research problem and will be held responsible for all previous experience in working toward its solution. A well-written, comprehensive, and well documented research report is required, and a copy of the report is to be retained in the Chemistry department.

Prerequisites: CHEM 432.

CHEM 5511 Laboratory Safety And Health I Credit: 1

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.

CHEM 5520R Survey Of Organic Chemistry Credits: 3

An intensive advanced survey of the structure, synthesis and reactions of organic compounds.

CHEM 5521R Mechanisms Of Organic Reactions Credits: 3

A comprehensive course in which the mechanisms of organic reactions are discussed in light of modern chemical principles.

Prerequisites: CHEM 322R and CHEM 432.

CHEM 5522 Synthetic Organic Chemistry Credits: 3

A critical approach to the synthesis and modification of organic molecules; newer methods will be emphasized.

Prerequisites: CHEM 322R and CHEM 432.

CHEM 5529 Selected Topics In Organic Chemistry Credits: 3

Selected topics from the chemistry and theories of organic structures with particular attention to recent developments.

CHEM 5530 Systematic Physical Chemistry Credits: 3

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.

CHEM 5530A Physical Chemistry I Credits: 3

This graduate course reviews principles of physical chemistry, focusing on thermodynamics, equilibria and electrochemistry.

CHEM 5530B Physical Chemistry II Credits: 3

This graduate course reviews principles of physical chemistry, focusing on quantum chemistry, molecular spectroscopy and structure, and kinetics.

CHEM 5531 Classical Thermodynamics Credits: 3

A rigorous treatment of the laws of thermodynamics and their application to ideal and non-ideal equilibrium systems.

CHEM 5532 Chemical Kinetics Credits: 3

Empirical analysis of chemical reaction rates. Theories of unimolecular and bimolecular reactions, reactions in solution and complex reactions. Review of modern and classical techniques used to study chemical kinetics.

CHEM 5533 Quantum Chemistry Credits: 3

Application of quantum mechanical methods to the study of systems of chemical interest. Exact solutions and approximate methods will be discussed.

CHEM 5534 Molecular Spectroscopy Credits: 3

A theoretical introduction to molecular spectroscopy and its relation to structure. Electronic, vibrational and rotational spectra of chemical systems will be discussed.

CHEM 5535 Statistical Thermodynamics Credits: 3

A rigorous treatment of the fundamental concepts of statistical thermodynamics, with applications to specific systems that reflect the interests of students participating in the course.

CHEM 5539 Selected Topics In Physical Chemistry Credits: 3

Selected topics and recent developments in physical chemistry.

Prerequisites: CHEM 5530.

CHEM 5541R Advanced Analytical Chemistry Credits: 3

An intensive review of modern concepts of analytical chemistry.

Prerequisites: CHEM 432.

CHEM 5551R Advanced Inorganic Chemistry I Credits: 3

A systematic treatment of bonding, structure, reactions and reaction mechanisms of inorganic compounds, with emphasis on classical transition metal compounds and organometallic compounds.

Prerequisites: CHEM 451R or equivalent.

CHEM 5559 Selected Topics In Inorganic Chemistry Credits: 3

Various special topics in the inorganic area to be offered in different semesters.

Prerequisites: CHEM 5551R.

CHEM 5567 Advanced Bioorganic Chemistry Credits: 3

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.

CHEM 5571R Introduction To Polymer Chemistry Credits: 3

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.

Prerequisites: CHEM 432.

CHEM 5580R Computer Applications To Chemical Problems Credits: 3

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.

CHEM 5587 Environmental Chemistry I Credits: 3

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.

CHEM 5588 Environmental Chemistry II Credits: 3

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.

CHEM 5590 Directed Studies Credits: 1-3

Intensive readings and/or research in an area selected by the graduate student in consultation with the instructor.

CHEM 5598 Research Methodology Conference Credits: 3

Student will meet on an individual basis with two faculty members who are involved in research. The student's adviser will coordinate this course.

CHEM 5599 Research And Thesis Credits: 1-9

Research for thesis.

CHEM 5611 Chemistry Seminar Credit: 1

Presentation and discussion of topics currently appearing in United States and foreign literature.

CHEM 5699 Research And Dissertation Credits: 1-16

Research for dissertation.

CHEM 5899 Required Graduate Enrollment Credit: 1

CHEM H206 Human Nutrition Credits: 3

Introduction to nutrition for health and wellness and the use of chemical energy in the breakdown and synthesis of biomolecules. Nutrition as it applies to a variety of life situations from infancy to older adults. Learning encompasses elements of anatomy and physiology related to nutrition and health.

CHEM H212R Honors: Organic Chemistry I Credits: 4

CHEM H321 Honors: Organic Chemistry I Credits: 3

CHEM H321L Organic Chemistry Laboratory I - Honors Credit: 1

A more intense version of CHEM 321L.

CHEM H322L Organic Chemistry Laboratory II Credit: 1

CHEM 322L is an extension of CHEM 321L. CHEM 322L builds from the basic techniques, procedures, and writing to more advanced organic operations.

Prerequisites: CHEM 321 and CHEM 321L (or equivalent; each with a C-or better).

Co-requisites: CHEM 322R.

CHEM H322LR Organic Chemistry Laboratory II-Honors Credits: 2

A more intense version of CHEM 322L. See course description for CHEM 322L.

Prerequisite: CHEM 321L.

CHEM H322R Honors: Organic Chemistry II Credits: 3

CHEM H399 Introduction To Research Credits: 1-3

Special problems to introduce undergraduate chemistry majors to research methods. A comprehensive written report is required and a copy of the report is to be retained in the chemistry office. May be taken only after consultation with a member of the chemistry staff.

Prerequisites: CHEM 212R.

CHEM H499 Senior Research - Honors Credits: 1-9

Course frequency subject to enrollments, staffing and financial exigency.