http://www.umsl.edu/chemistry/
Faculty
Gordon K. Anderson, Professor*, Chairperson
Ph.D., University of Glasgow
Lawrence Barton, Professor*
Ph.D., University of Liverpool
James S. Chickos, Professor*
Ph.D., Cornell University
Joyce Y. Corey, Professor*
Ph.D., University of Wisconsin
Wesley R. Harris, Professor*
Ph.D., Texas A. and M. University
David W. Larsen, Professor Emeritus*
Ph.D., Northwestern University
Robert W. Murray, Curators' Professor Emeritus*
Ph.D., Yale University
James J. O’Brien, Professor*
Ph.D., Australian National University
Christopher D. Spilling, Professor*
Ph.D., The University of Technology, Loughborough
Valerian T. D'Souza, Associate Professor*
Ph.D., University of Detroit
Cynthia M. Dupureur*, Associate Professor, Ph.D., Ohio State University
David L. Garin, Associate Professor Emeritus*
Ph.D., Iowa State University
Harold H. Harris, Associate Professor*
Ph.D., Michigan State University
Jane A. Miller, Associate Professor Emerita*
Ph.D., Tulane University
Keith J. Stine, Associate Professor*
Ph.D., Massachusetts Institute of Technology
Rudolph E. K. Winter, Associate Professor Emeritus*;
Ph.D., The Johns Hopkins University
Zhi Xu, Associate Professor*
Ph.D., University of Pittsburgh
F. Christopher Pigge, Associate Professor*,
Director of Graduate Studies
Ph.D., University of North Carolina
Alexei V. Demchenko, Assistant Professor*,
Ph.D., Zelinsky Institute for Organic Chemistry, Moscow
Joseph D. Dence, Adjunct Associate Professor
Ph.D. California Institute of Technology
Anthony Mannino, Adjunct Associate Professor
Ph.D., Ohio State University
Robert G. Orth, Adjunct Associate Professor
Ph.D., Case Western Reserve University
Nigam P. Rath, Research Associate Professor
Ph.D., Oklahoma State University
Janet B. Wilking, Research Associate Professor*
Ph.D. Washington University
John Gutweiler, Lecturer
Ph.D., Saint Louis University
Technical Staff
Kenneth Owens, Glassblower
Joseph Kramer, Spectrometrist
Gordon Kerschmann, Electronics Technician
Donna Kramer, Coordinator, Laboratory Operations
Frank L. May, Research Investigator
Norman Windsor, Senior Electronics Technician
*members of Graduate Faculty
General Information
Degrees and Areas of Concentration
The Department of Chemistry and Biochemistry offers courses leading to
the following baccalaureate degrees: B.A. in Chemistry
B.A. in Chemistry with a Biochemistry Certificate
B.S. in Chemistry, with a Chemistry or Biochemistry Option
B.S. in Education with an emphasis in Chemistry (in cooperation with the
College of Education)
B.A. in Chemistry with teacher certification.
The department is accredited by the American Chemical Society. Students
completing the B.S. degree (chemistry or biochemistry option) are certified
to the American Chemical Society. The B.S. degree is the professional
degree in chemistry, and students who earn the B.S. degree are well prepared
for a career in the chemical industry or for graduate work in chemistry.
The department provides opportunities for undergraduates to become involved
in ongoing research projects and to participate in departmental teaching
activities.
The department also offers graduate work leading to the M.S. or Ph.D.
degree in chemistry with most graduate courses being scheduled in the
evening. A student may earn a M.S. degree with or without a thesis. The
non-thesis option provides a convenient way for students who are employed
full-time to earn an advanced degree. Research leading to a M.S. thesis
or Ph.D. dissertation may be conducted in one of four emphasis areas,
namely, inorganic chemistry, organic chemistry, physical chemistry, or
biochemistry. The nature of the graduate program allows each student
to receive individualized attention from his/her research mentor, and
to develop hands-on experience with major instrumentation in the department.
Fellowships and Scholarships
The following scholarships, fellowships and awards are available to chemistry
majors:
William and Erma Cooke Chemistry Scholarships are given annually
to outstanding full-time chemistry majors who are at least sophomores
and have financial need.
The Lawrence Barton Scholarship is given annually to a chemistry
major who is enrolled in at least 9 credit hours per semester. Preference
is given to juniors and to first generation college students, and to students
who demonstrate financial need.
The Barbara Willis Brown Scholarship for Women in Chemistry is
given to a female student over the age of 24, who is a chemistry major
and has completed at least 60 credit hours. The student is expected to
work with a faculty member on an undergraduate research project.
The Eric G. Brunngraber Memorial Scholarship is given
to a chemistry major based on GPA, statement of research interests, and
performance in completed course work.
Aid to Education Scholarships are given to junior or senior chemistry
majors annually. The awardees are selected by the faculty on the basis
of merit.
The M. Thomas Jones Fellowship is given each semester
to the graduate student who is deemed by his/her peers to have presented
the best research seminar.
The Graduate Research Accomplishment Prize is given annually.
The recipient is chosen based on his/her publications, presentations at
professional meetings, and seminars given at UMSL.
Alumni Graduate Research Fellowships are available for summer
study for selected chemistry graduate students.
Several undergraduate awards are given each year to outstanding students.
The Chemical Rubber Company Introductory Chemistry Award is given to
the outstanding student in introductory chemistry, the American Chemical
Society Division of Analytical Chemistry Award is given to the outstanding
student in analytical chemistry, the American Chemical Society-St. Louis
Section, Outstanding Junior Chemistry Major Award is given to the outstanding
junior chemistry major, and the outstanding senior receives the Alan F.
Berndt Outstanding Senior Award and the American Institute of Chemists
Award.
Departmental Honors The Department of Chemistry and Biochemistry
will award departmental honors to those B.A. and B.S. degree candidates
in chemistry with an overall grade point average of 3.2. They must also
successfully complete Chemistry 3905(290), Chemical Research, and must
present an acceptable thesis.
Career Outlook
The St. Louis metropolitan area has long been a major center for industrial
chemistry, and in the past decade it has become a focus for the establishment
of life sciences research and development. A bachelor’s degree in chemistry
provides a student with the professional training needed to play a part
in this ever-changing industry.
A major in chemistry provides excellent preprofessional training in
the health sciences, and a double major in chemistry and biology is often
chosen by premedical and predental students and those interested in graduate
work in biochemistry and biology. A minor in chemistry provides the minimum
qualification and training for a position as a laboratory technician in
industry, hospital laboratories, etc.
A Master’s degree in chemistry is often required for further advancement
in the chemical industry, whereas a doctoral degree opens the door to
many opportunities, including careers in the academic world, industrial
research and development, and in government laboratories.
Undergraduate Studies
General Education Requirements
Students must satisfy the university and college general education requirements.
Courses in chemistry may be used to meet the university's science and
mathematics area requirement. The college's foreign language requirement
fulfills the departmental requirements for B.A. candidates. It is recommended
that candidates for the B.S. degree fulfill the language requirement in
German or French, but any language, which meets the college requirement
for the B.A. degree, is acceptable. Chemistry majors normally include
Language 2101(101) in their foreign language sequence.
Satisfactory/Unsatisfactory Restrictions Chemistry majors may
not take required chemistry, mathematics, or physics courses on a satisfactory/unsatisfactory
basis, nor may B.S. degree candidates take the 2 elective hours in chemistry
on this option.
Degree Requirements
Bachelor of Arts in Chemistry
This degree is intended primarily for preprofessional students in health
science and related areas, as well as prelaw students interested in patent
law. Candidates must complete the following chemistry courses:
1111(11), Introductory Chemistry I
1121(12), Introductory Chemistry II
2223(122), Quantitative Analysis
2412(241), Basic Inorganic Chemistry
2612(261), Organic Chemistry I
2622(262), Organic Chemistry II
2633(263), Organic Chemistry Laboratory
3022(202), Introduction to Chemical Literature
3312(231), Physical Chemistry I
3322(232), Physical Chemistry II
3333(233), Physical Chemistry Laboratory
4897(289), Seminar (1 credit)
In addition, candidates must complete one laboratory course chosen from
Chemistry 3643(364), 4233(323), 4343(234), 4433(343), or 4733(373).
No more than 45 hours in chemistry may be applied toward the degree.
Each chemistry major must present a seminar and pass a comprehensive examination
during the senior year. The Department of Chemistry and Biochemistry
may require students to pass a tracking test in order to enroll in the
next level course, provided this or an equivalent test is administered
to all students seeking to enroll in that course.
Bachelor of Arts in Chemistry with a Biochemistry Certificate
The university offers a certificate program for science majors who are
interested in careers in biochemistry. This is an interdisciplinary program
that involves additional courses in biochemistry and biology. In addition
to the usual requirements for the B.A. degree in chemistry, the student
must take the following courses:
Chemistry
4712(371), Biochemistry
4722(372), Advanced Biochemistry
4733(373), Biochemistry Laboratory
4764(376), Interdisciplinary Topics in Biochemistry or
4772(377), Physical Biochemistry
Biology
1811(11), Introductory Biology I
2012(224), Genetics
3622(232), Cell Structure and Function
4602(326), Molecular Biology or
4614(327), Biotechnology Laboratory I
Students may obtain a minor in biology by adding Biology 1821(12) to
the curriculum described above. The Biology department also offers a certificate
in biochemistry.
Bachelor of Science in Chemistry.
This is the first professional degree in chemistry. It may be taken as
a terminal degree by students intending to become professional chemists
or for preparation for graduate work in chemistry or biochemistry. Students
may choose to specialize in chemistry or biochemistry.
Chemistry Option
Candidates must complete the requirements for the B.A. degree in chemistry.
In addition, the following chemistry courses are required:
3643(364), Advanced Organic Chemistry Laboratory
4212(321), Instrumental Analysis
4233(323), Laboratory in Instrumental Analysis
4343(234), Physical Chemistry Laboratory II
4412(341), Inorganic Chemistry I
4433(343), Inorganic Chemistry Laboratory
4712(371), Biochemistry
Students must also take two elective hours of advanced work in chemistry
at the 3000 level or above. Students are encouraged to take Chem3905(290),
Chemical Research, to fulfill the advanced elective requirement.
Biochemistry Option
Candidates must complete the requirements for the B. A. degree in chemistry.
In addition, the following chemistry and biology courses are required:
Chemistry
4212(321), Instrumental Analysis
4233(323), Laboratory in Instrumental Analysis
4412(341), Inorganic Chemistry I
4712(371), Biochemistry
4722(372), Advanced Biochemistry
4733(373), Biochemistry Laboratory
4764(376), Interdisciplinary Topics in Biochemistry, or
4772(377), Physical Biochemistry or
3 credits of Chemistry 3905(290): Chemical Research, or 3 credits
of Biology 4905(390): Research.
Biology
1811(11), Introductory Biology
2012(224), Genetics or
3622(232), Cell Structure and Function
If either research option is chosen, the project must be in biochemistry
and must include a written final report submitted to the Department of
Chemistry and Biochemistry.
Fifty-one hours of chemistry courses may be applied toward the degree.
Each candidate must present a seminar and pass a comprehensive examination
during the senior year.
Related Area Requirements
Bachelor of Arts and Bachelor of Science in Chemistry
Candidates for both degrees must also complete:
Math 1800(80), Analytic Geometry and Calculus I
Math 1900(175), Analytic Geometry and Calculus II
Math 2000(180), Analytic Geometry and Calculus III
Physics 1011(111), Physics: Mechanics and Heat
Physics 1012(112), Physics: Electricity, Magnetism, and Optics
B.S. degree in Secondary Education with an Emphasis in Chemistry
All candidates must enroll in a program that includes Levels I, II, and
III course work in the College of Education. In addition, students must
complete the following Science Core Courses and those listed under Chemistry
Endorsement:
Science Core Courses:
Philosophy 3380(280), Philosophy of Science
Biology 1811(11), Introductory Biology I
Biology 1821(12), Introductory Biology II
Chemistry 1111(11), Introductory Chemistry I
Chemistry 1121(12), Introductory Chemistry II
Geology 1001(1), General Geology
Atmospheric Science 1001(001), Elementary Meteorology
Biology 1202(120), Environmental Biology, or another environmental
science
Physics 1011(111), Physics: Mechanics and Heat
Physics 1012(112), Physics: Electricity, Magnetism, and Optics
Chemistry Endorsement
Chemistry 2223(122), Quantitative Analysis
Chemistry 2612(261), Organic Chemistry I
Chemistry 2622(262), Organic Chemistry II
Chemistry 2633(263), Organic Chemistry Laboratory
Chemistry 3312(231), Physical Chemistry I
Chemistry 4712(371), Biochemistry
Chemistry 4802(280) or Education 3240(240), Methods of Teaching
Science in Secondary Schools
Chemistry 4837(283), Teaching Intern Seminar
Bachelor of Arts in Chemistry with Teacher Certification Students
must complete the B.A. in chemistry requirements, as well as the requirements
for teacher certification. (See the College of Education section of this
Bulletin.)
Minor in Chemistry
Requirements for the Minor
Students may earn a minor in chemistry by completing the following program.
The following five courses are required:
Chemistry
1111(11), Introductory Chemistry I
1121(12), Introductory Chemistry II
2223(122), Quantitative Analysis
2612(261), Organic Chemistry I
2633(263), Organic Chemistry Laboratory
One course from the following list must be completed:
Chemistry
2412(241), Basic Inorganic Chemistry
2622(262), Organic Chemistry II
3312(231), Physical Chemistry I
4712(371), Biochemistry same as Biology 4712(371)
Courses, which are prerequisites to subsequent courses in the minor,
may not be taken on a satisfactory/ unsatisfactory basis. A GPA of at
least 2.0 is required for the courses presented for the minor. At least
three courses toward the minor must be completed at UM-St. Louis.
Graduate Studies
Admission Requirements
Individuals with at least the equivalent of the B.A. degree in chemistry
may be admitted to the Graduate School as candidates for the M.S. degree
or as precandidates for the Ph.D. degree in chemistry. A student in the
M.S. program may request to transfer to the Ph.D. program by petition
to the department.
The department admissions committee considers applicants' grade point
averages and normally requires above-average performance in all areas
of chemistry as well as physics and mathematics, or other evidence of
high aptitude for graduate work in chemistry. Applicants' GRE scores,
letters of recommendation, and academic programs are also considered.
In some cases the committee may require successful completion of undergraduate
course work as a condition of enrollment as a regular student.
Students with bachelor's degrees in fields other than chemistry may
be admitted to pursue graduate studies in chemistry, but they must make
up background deficiencies, usually by taking undergraduate course work.
Financial Support
Teaching assistantships are available to qualified applicants. Research
assistantships and fellowships are available for advanced students. For
further information, contact the Graduate Studies Committee, Department
of Chemistry and Biochemistry.
Preliminary Advisement
Students who have been admitted for graduate work in chemistry will be
contacted by the Director of Graduate Studies in order to develop a tentative
plan of study which takes into consideration the student's background
and
interests. Entering students are required to demonstrate proficiency
at the undergraduate level in four areas of chemistry (organic, inorganic,
physical, and analytical).
Proficiency may be demonstrated in one of the following ways:
- Outstanding performance in recent undergraduate course work.
- Satisfactory performance in standardized placement examinations. These
examinations are given twice a year, approximately one week before the
beginning of the fall and winter semesters.
- Successful completion of assigned course work.
The ultimate choice of whether students may enroll in the M.S. or Ph.D.
degree programs resides with the chemistry faculty.
Distribution Requirement Students must take chemistry courses
for graduate credit at the 4000(300) or 5000(400) level, including at
least one in three of the four areas of chemistry: organic, inorganic,
physical, and biochemistry. Inorganic Chemistry I Chem 4412(341) may
not be used to satisfy this distribution requirement.
Master's Degree Requirements
Master of Science in Chemistry Candidates for the M.S. degree
in chemistry must demonstrate proficiency in organic, inorganic, physical,
and analytical chemistry within two years of initial enrollment.
A minimum of 30 hours is required, normally including 3 hours in Chem
6897(489) Chemistry Colloquium. No more than 3 hours in Chem 6897(489)
may be applied toward the required minimum of 30 credit hours.
Master of Science in Chemistry with Thesis
Students selecting this option must be enrolled full-time for at least
two consecutive semesters. During this time, students are expected to
enroll in Chem 6905(490), Graduate Research in Chemistry, and conduct
their thesis research. A maximum of 12 hours of Chemistry 6905(490) may
be applied toward the required 30 hours. At least 9 hours must be at the
5000(400) level, excluding Chemistry 6905(490). A maximum of 9 hours in
3000(200) level or above courses outside the department may be accepted
if students receive prior approval of their advisers and the Director
of Graduate Studies. Students are expected to follow all other general
requirements of the Graduate School regarding master’s degree and thesis
requirements.
Master of Science without Thesis
Unlike the thesis option, students need not be enrolled full-time. Of
the required 30 hours, 15 credits must be at the 5000(400) level. A maximum
of 6 credits of Chemistry 6905(490), Graduate Research in Chemistry, may
be included in place of 4000(300) level courses. A maximum of 12 hours
taken in 3000(200) level or above courses outside the department may be
accepted with prior approval of the Director of Graduate Studies.
Doctoral Degree Requirements
Incoming doctoral students must demonstrate proficiency in organic, inorganic,
physical, and analytical chemistry within one year of initial enrollment.
A minimum of 60 hours is required, including research hours.
Cumulative Examinations
In addition to the Ph.D. requirements set forth by the Graduate School,
students seeking the Ph.D. in chemistry must take a series of cumulative
examinations given eight times a year. Students must pass at least two
examinations per year and a total of eight examinations by the end of
their third year in the Ph.D. program. At least six of these examinations
should be in the student's specialization area. The examinations are usually
given the second Saturday of each month, September through April. The
mechanism for designing and deciding on passing and failing grades for
each examination resides with faculty members in each specialization area.
Seminar Requirement
Students must present a seminar in their third year and during each subsequent
year. The third year seminar may be the defense of the doctoral dissertation
proposal. One of the seminars is for the purpose of describing dissertation
research. Students must enroll in Chemistry 6897(489), Chemistry Colloquium,
each semester they are in residence.
Advancement to Candidacy
In addition to general Graduate School requirements for advancement to
candidacy, students must complete the following:
1) 21 hours of nondissertation work. This may not include:
Chem 4212(321), Instrumental Analysis
Chem 4233(323), Laboratory in Instrumental Analysis
Chem 4412(341), Inorganic Chemistry I
Chem 4433(343), Inorganic Chemistry Laboratory
Chem 6196(419), Advanced Reading in Chemistry
Chem 6487(448), Inorganic Problem Seminar
Chem 6687(468), Organic Problem Seminar
Chem 6787(478), Biochemistry Problem Seminar
Chem 6812(481), Introduction to Graduate Study in Chemistry
Chem 6822(482), Introduction to Graduate Research in Chemistry
Chem 6897(489), Chemistry Colloquium
but should include at least one in three of the four areas of chemistry:
organic, inorganic, physical, and biochemistry. Courses in areas other
than chemistry may be included with prior departmental approval.
2) Pass eight cumulative examinations.
3) Present at least one seminar to the department on the dissertation
research.
4) Participate in the undergraduate academic program as a teaching assistant
for at least one semester.
5) Be in good standing.
Dissertation
Four copies of the dissertation must be submitted upon completion of the
graduate research problem.
Probation and Dismissal
Students are dismissed from the program if they fail to pass the required
number of cumulative examinations before the end of each year as precandidates
for the Ph.D. or otherwise fail to meet the standards set forth by the
Graduate School.
Course Descriptions
Prerequisites may be waived by consent of the department or instructor.
Some courses as indicated in the course description may be taken concurrently
with the listed offering. Consult your adviser for further information.
Students who have earned 24 or more semester hours of credit at any
accredited post-secondary institutions(s) before the start of the fall
2002 semester must meet the general education requirements stipulated
in the UM-St Louis 2001-2002 Bulletin. The following courses fulfill
the Natural Sciences and Mathematics breadth of study requirements as
described in that Bulletin:
1011(10), 1082(1), 1091(9), 1111(11), 1121(12), 1134(13), 2223(122),
2412(241), 2612(261), 2622(262), 2633(263), 3022(202), 3312(231), 3322(232),
3333(233), 3643(364), 3814(381), 3905(290), 4212(321), 4233(323), 4343(234),
4412(341), 4433(343), 4652(365), 4712(371), 4722(372), 4733(373), 4764(376),
4772(377), 4897(289),
1011(10) Chemistry in the Environment and Everyday Living (3) [MI,
MS]
This course examines the role of chemistry in everyday life and in the
environment, and is intended for students not pursuing scientific or engineering
majors. Chemical principles are introduced to the extent necessary for
understanding of issues, but this course does not provide the basis for
further technical courses. Two hours of lecture per week; on alternate
weeks, one hour of discussion or two hours of laboratory.
1052(5) Chemistry for the Health Professions (4) [MI, MS]
An introduction to general, nuclear, structural organic, organic reactions
and biochemistry. This course is designed primarily for students in nursing
and related health professions, and should not be taken by students majoring
in the physical or biological sciences. Chemistry majors may include neither
Chemistry 1052(5) nor1062 (6) in the 120 hours required for graduation.
Four hours of lecture per week.
1062(6) Organic and Biochemistry for the Health Professions (2) [MI,
MS]
Prerequisites: any college chemistry course. An introduction to organic
reactions and biochemistry. Chemistry 1062(6) is offered during the second
half of the semester. Four hours of lecture per week.
1082(1) General Chemistry I (3) [MI, MS]
Prerequisite: Satisfactory score on math placement test. A broad introductory
survey of chemical principles. Chem 1 1082(001-plus Chem 1091(9) are equivalent
to Chem 1111(11). This alternative may be attractive to students who are
not mathematically prepared for Chem 1111(11). Chemistry majors may not
include both Chem 1082(1) and 1111(11) in the 120 hours required for graduation.
Three hours of lecture per week.
1091(9) General Chemistry II (3) [MI, MS]
Prerequisites: Chem 1082(1) (or equivalent or consent of instructor) and
Mathematics 1030(30) and 1035(35) (may be taken concurrently). Additional
work on the topics of Chem 1082(1), with emphasis on quantitative material.
Introduction to the chemical laboratory. Chem 1082(1) plus Chem 1091(9)
is equivalent to Chem 1111(11) for science majors. Chemistry majors who
receive credit for Chem 1082(1) and Chem 1091(9) may not also include
Chem 1011(10) or Chem 1111(11) in the 120 hours required for graduation.
No student may take both Chem 3 and Chem 9(1091) for credit. Two hours
of lecture per week, three and one-half hours of lab or one hour of discussion
on alternate weeks.
1111(11) Introductory Chemistry I (5) [MS]
Prerequisites: Mathematics through college algebra and trigonometry may
be taken concurrently. Presents an introduction to the fundamental laws
and theories of chemistry. Laboratory experiments are designed to demonstrate
some aspects of qualitative and quantitative analysis and to develop skills
in laboratory procedures. Chemistry majors may not include both Chem 1082(1)
and 1111(11), nor both Chem 1011(10) and 1111(11) in the 120 hours required
for graduation. Three hours of lecture and one hour of discussion per
week; one hour of laboratory-lecture and three hours of laboratory per
week.
1121(12) Introductory Chemistry II (5) [MI, MS]
Prerequisite: Chem 1111(11) or advanced placement. Lecture and laboratory
are a continuation of Chem 1111(11). Three hours of lecture and one hour
of discussion per week; one hour laboratory-lecture and three hours of
laboratory weekly.
1134(13) Special Topics in Introductory Chemistry (1-5)
Prerequisite: Consent of instructor. A lecture or laboratory course to
assist transfer students in meeting the requirements of Chem 1111(11)
and 1121(12).
2223(122) Quantitative Analysis (3) [C, MI, MS]
Prerequisite: Chem 1121(12). Principles and practice of elementary quantitative
chemistry. The lecture treats descriptive statistics with emphasis on
small samples; various types of competing equilibria pertaining to acid-base,
complexometric and potentiometric titrations; and an introduction to spectrophotometric
processes. The laboratory provides exercises in titrimetric, gravimetric,
and spectrophotometric techniques. Both portions of the course deal with
the analytical chemistry of environmentally-significant problems. Two
hours of lecture and four and one-half hours of laboratory weekly.
2412(241) Basic Inorganic Chemistry (2) [MI, MS]
Prerequisites: Chem 1121(12). Review of principles of atomic structure,
covalent and ionic bonding. Properties of the elements and synthesis,
reactions and bonding aspects of important compounds of main group and
transition metal elements.
2612(261) Organic Chemistry I (3) [MS]
Prerequisite: Chem 1121(12). An introduction to the structure, properties,
synthesis, and reactions of aliphatic and aromatic carbon compounds. Three
hours of lecture per week.
2622(262) Organic Chemistry II (3) [MI, MS]
Prerequisite: Chem 2612(261). A systematic study of organic reactions
and their mechanisms; organic synthetic methods. Three hours of lecture
per week.
2633(263) Organic Chemistry Laboratory (2) [C, MS]
Prerequisite: Chem 2612(261) or consent of instructor. An introduction
to laboratory techniques and procedures of synthetic organic chemistry
including analysis of organic compounds. One hour of lecture and four
and one-half hours of laboratory per week.
3022(202) Introduction to Chemical Literature (1)
Prerequisite: Chem 2622(262) may be taken concurrently and Chem 2412(241).
The course will familiarize the student with the literature of chemistry
and its use. One hour of lecture per week.
3312(231) Physical Chemistry I (3)
Prerequisites: Chem 2223(122) and Physics 1011(111). Math 2000(180) may
be taken concurrently. Principles of physical chemistry including thermodynamics,
theory of gases, phase equilibria, kinetics, crystal structure, spectroscopy,
and quantum mechanics. Three hours of lecture per week.
3322(232) Physical Chemistry II (3)
Prerequisite: Chem 3312(231). Continuation of Chem 3312(23). Three hours
of lecture per week.
3333(233) Physical Chemistry Laboratory I (2)
Prerequisite: Chem 3312(231) may be taken concurrently. Experiments designed
to illustrate principles introduced in Chem 3312(231). One hour of lecture
and four and one-half hours of laboratory per week.
3643(364) Advanced Organic Chemistry Laboratory (2)
Prerequisites: Chem 2223(122), Chem 2622(262), Chem 2633(263). Chem 3022(262)
may be taken concurrently. Identification of organic compounds by classical
and spectroscopic methods; advanced techniques in synthesis and separation
of organic compounds. One hour of lecture and four and one-half hours
laboratory per week. Not for graduate credit.
3814(381) Special Topics (1-10)
Prerequisite: Consent of instructor. A reading and seminar course in selected
advanced topics.
3905(290) Chemical Research (1-10)
Prerequisite: Consent of instructor. Independent laboratory and library
study, in conjunction with faculty member, of fundamental problems in
chemistry. A written report describing the research is required.
4212(321) Instrumental Analysis (2)
Prerequisite: Chem 3322(232). Principles and applications of modern methods
of instrumental analysis for analytical chemistry measurements. Topics
will be selected from the areas of electrochemistry, absorption and emission
spectroscopy, chromatography, mass spectrometry, surface analysis, and
nuclear magnetic resonance. Two hours of lecture per week.
4233(323) Laboratory in Instrumental Analysis (2)
Prerequisites; Chem 4212(321) and 3333(233). Experiments designed to illustrate
the principles and practices of instrumental analysis, involving the use
of modern instrumentation in analytical chemistry applications. One hour
of discussion and four and one-half hours of laboratory per week.
4343(234) Physical Chemistry Laboratory II (2)
Prerequisites: Chem 3322(232) may be taken concurrently and 3333(233).
Experiments designed to illustrate principles introduced in Chem 2322(232).
One hour of lecture and four and one-half hours of laboratory per week.
Not for graduate credit.
4412(341) Inorganic Chemistry I (3)
Prerequisites: Chem 3322(232) may be taken concurrently, 2412(241) and
2622(262). An introduction to the chemistry of the elements, including
atomic and molecular structure, acids and bases, the chemistry of the
solid state, and main group and transition metal chemistry. Three hours
of lecture per week.
4433(343) Inorganic Chemistry Laboratory (2)
Prerequisites: Chem 3333(233), 4412(341) and 3643(364) 3643(364) may be
taken concurrently. The more sophisticated techniques of physical and
analytical chemistry will be used to study inorganic compounds and their
reactions. One hour of lecture and four and one-half hours of laboratory
per week. Not for graduate credit.
4652(365) Spectroscopic Identification of Organic Compounds (3)
Prerequisite: Chem 3643(364). An applied approach to the use of spectroscopic
techniques in organic chemistry. Topics to include integrated applications
of infrared and Raman spectroscopy, nuclear magnetic resonance 13C
and 1H, cw and pulsed and mass spectroscopy for the purpose
of elucidating the structure of organic compounds. Three hours of lecture
per week.
4712(371) Biochemistry (3)
Same as Biology 4712(371) Prerequisite: Chem 2612(261) and either Biology
1811(11) or Chem 2622(262). The chemistry and function of cell constituents,
and the interaction and conversions of intracellular substances. Three
hours of lecture per week. Students may not receive credit for both Biology
4712(371) and Chemistry 4712(371). Biology 4712(371) may not be used to
fulfill the 3000 or 4000 (300)) level lecture course requirement for the
B.S. in Biology.
4722(372) Advanced Biochemistry (3)
Prerequisite: Chem 4712(371). Selected advanced topics in the chemistry
of life processes. Three hours of lecture per week.
4733(373) Biochemistry Laboratory (2)
Prerequisite: Chem 4712(371) may be taken concurrently. Laboratory study
of biochemical processes in cellular and subcellular systems with emphasis
on the isolation and purification of proteins (enzymes) and the characterization
of catalytic properties. One hour of lecture and three and one-half hours
of laboratory per week.
4764(376) Interdisciplinary Topics in Biochemistry (3)
Prerequisites: Chem 4712(371); Chem 4722(372) strongly recommended. Includes
advanced studies of enzyme mechanisms, the role of metal ions in enzymatic
and non-enzymatic processes, and the application of computational chemistry
to biological systems. Three hours of lecture per week.
4772(377) Physical Biochemistry (3)
Prerequisite: Chem 3312(231) or Chem/Bio 4712(371). Designed to acquaint
students with concepts and methods in biophysical chemistry. Topics that
will be discussed include protein and DNA structures, forces involved
in protein folding and conformational stability, protein-DNA interactions,
methods for characterization and separation of macromolecules, electron
transfer, and biological spectroscopy. Three hours of lecture per week.
4802(280) Curriculum and Methods of Teaching Physical Sciences (3)
Prerequisites: Tch Ed 3310(310) and a near major in the subject matter.
A study of the scope and sequence of the physical science courses in the
school curriculum, with emphasis on the selection and organization of
materials and methods of instruction and evaluation. Attention is also
directed toward learning the techniques and research tools of the scholar
in the field of science. To be taken prior to student teaching. This course
must be completed in residence.
4837(283) Chemistry / Physics Teaching Intern Seminar (1)
Same as Physics 4833(283). Prerequisite: Chem 4802(280) or Physics 4800(280).
A seminar to accompany student teaching covering integration of physical
science curricula and methods into the classroom setting. To be taken
concurrently with Secondary Student Teaching, Sec Ed 3290(290). One-hour
discussion per week.
4897(289) Seminar (1)
Prerequisites: Chem 3022(202) and senior standing. Presentation of papers
by students, faculty, and invited speakers. Chemistry majors must enroll
during the semester in which they intend to graduate. Completion of a
comprehensive examination is a course requirement. One hour of lecture
and one hour of discussion per week.
5142(414) Molecular Spectroscopy (3)
Prerequisite: Chem 3322(232). A broad treatment of the interaction of
electromagnetic radiation with matter, emphasizing the unity of such interactions.
Interpretation of molecular rotational, vibrational and electronic spectra
in terms of geometric structure and dynamics. Description and interpretation
of physical techniques used to obtain molecular spectra. Three hours of
lecture per week.
5162(416) Chemical Applications of Group Theory (3)
Prerequisite: Chem 3322(232). A brief introduction to the fundamental
relationships of group theory and molecular symmetry. Application of group
theory to molecular orbital theory, molecular vibrations, and molecular
spectra. Three hours of lecture per week.
5302(430) Advanced Physical Chemistry (3)
Prerequisite: Chem 3322(232). Covers advanced topics in physical chemistry.
May include but is not limited to properties of solids and liquids, gas/solid
and solid/liquid interfacial chemistry, optical and electron spectroscopy,
and chemical dynamics. Three hours of lecture per week.
5322(432) Application of Thermodynamics and Reaction Kinetics in
Chemistry (3)
Prerequisite: Chem 3322(232). Review of equilibrium thermodynamics. Focus
is on statistical thermodynamics and reaction kinetics with an emphasis
on solution phase chemistry. Three hours of lecture per week.
5394(439) Special Topics in Physical Chemistry (1-3)
Prerequisite: Consent of instructor. Selected topics in physical chemistry.
May be taken more than once for credit.
5412(441) Typical Element Chemistry (3)
Prerequisite: Chem 4412(341) or an equivalent course. Chemistry of the
main group elements and their compounds including such topics as electron
deficient compounds, acids, bases and nonaqueous solvents, catenation
and inorganic polymers, the solid state, organotypical element chemistry
and energetics. Three hours of lecture per week.
5432(443) Spectroscopic Methods in Inorganic Chemistry (3)
Prerequisites: Chem 4412(341) or an equivalent course. Study of modern
spectroscopic characterization methods of particular importance to inorganic
systems, with emphasis on such techniques as multinuclear NMR spectroscopy,
UV/visible and EPR spectroscopy, IR/Raman spectroscopy, and Mossbauer
spectroscopy. Application of such methods to questions of structure, bonding
and reactivity. Three hours of lecture per week
5442 (422) Coordination Chemistry (3)
Prerequisite: Chem 4412(341) or an equivalent course. Chemistry of the
coordination compounds of the transition metals including such topics
as kinetics and mechanisms of reaction, stereochemistry, ligand field
theory, stability and electronic spectra. Three hours of lecture per week.
5452(435) Quantum Mechanical Foundations of Spectroscopy (3)
Prerequisites: Chem 3322(232). A review of relevant principles and techniques
of quantum mechanics. Focus is on the use of quantum theory and molecular
symmetry (group theory) to understanding the structure and interpreting
the spectra of atoms and molecules. Three hours of lecture per week.
.5452(445) Organometallic Chemistry of the Main Group Elements (3)
Prerequisites: Chem 4412(341) or an equivalent course. A systematic study
of main group element compounds containing carbon-metal or carbon-metalloid
bonds. Emphasis will be on preparative methods, structures and reactions
of various classes of compounds. Three hours of lecture per week.
5462(446) Organometallic Chemistry of the Transition Elements (3)
Prerequisites: Chem 4412(341) or an equivalent course. A study of the
transition metal compounds containing metal-carbon bonds and related metal-element
bonds, including their synthesis, structure and bonding, and reactions.
Applications in organic synthesis and catalysis will also be presented.
Three hours of lecture per week.
5494(449) Special Topics in Inorganic Chemistry (1-3)
Prerequisite: Consent of instructor. Selected topics in inorganic chemistry.
May be taken more than once for credit.
5602(460) Advanced Organic Chemistry I - Physical
Organic (3)
Prerequisites: Chem 2622(262) and 3322(232) Mechanism and theory
of organic chemistry. Topics to include kinetics, transition state theory,
reaction intermediates, and stereochemical analysis. Three hours of lecture
per week.
5612(461) Advanced Organic Chemistry II - Reactions and Synthesis
(3)
Prerequisite: Chem 2622(262). Examination of a variety of organic transformations
typically utilized in organic synthesis. Topics will include carbon-carbon
bond formation, pericyclic reactions, oxidation, reduction, and functional
group interconversions. Mechanism and stereochemistry will be emphasized.
Three hours of lecture per week
5694(469) Special Topics in Organic Chemistry (3)
Prerequisite: Consent of instructor. Advanced topics of special current
interest. May be taken more than once for credit. Topics that may be offered
include: methods of organic synthesis, organometallics in organic synthesis,
topics in bioorganic chemistry, organic thermochemistry, natural products
chemistry, stereochemistry, photochemistry, heterocyclic chemistry, medicinal
chemistry.
5794(479) Special Topics in Biochemistry (1-3)
Prerequisite: Consent of instructor. Selected topics in biochemistry.
May be taken more than once for credit.
6196(419) Advanced Reading in Chemistry (1)
Prerequisite: Admission to the Ph.D. degree program. Reading and examinations
in the subdisciplines of chemistry. Enrollment must begin after completion
of any course deficiencies.
6487(448) Problem Seminar in Inorganic Chemistry (1)
Prerequisite: Consent of the inorganic chemistry staff. Problems from
the current literature, presentations, and discussions by faculty, students
and visiting scientists. Ph.D. students may take more than once for credit.
Up to three credits may be applied to the M.S. degree program.
6687(468) Problem Seminar in Organic Chemistry (1)
Prerequisite: Consent of the organic chemistry staff. Problems from the
current literature, presentations, and discussions by faculty, students,
and visiting scientists. Ph.D. students may take more than once for credit.
Up to three credits may be applied to the M.S. degree program
6787(478) Problem Seminar in Biochemistry (1)
Prerequisites: Consent of the biochemistry staff. Problems from the current
literature, presentations and discussions by faculty, students and visiting
scientists. Ph.D. students may take more than once for credit. Up to three
credits may be applied to the M.S. degree program.
6812(481) Introduction to Graduate Study in Chemistry
(1)
Prerequisite: Consent of Graduate Adviser. Topics to be covered include:
techniques of teaching of Chemistry in colleges and universities, methods
of instruction and evaluation; and responsibilities of the Graduate Teaching
Assistant in laboratory instruction; safety in the undergraduate laboratory,
safety practices, emergency procedures; selection of research project
and thesis adviser.
6822(482) Introduction to Graduate Research in Chemistry (1)
Prerequisites: Consent of Graduate Adviser. Topics include: safety in
the research laboratory, safety practices, emergency procedures, hazardous
materials, waste disposal, radiation safety; research ethics; chemistry
information retrieval, computer assisted information retrieval, types
of databases, searching bibliographic data bases.
6897(489) Chemistry Colloquium (1)
Presentation of papers by students, faculty, and invited speakers. One
hour per week.
6905(490) Graduate Research in Chemistry (1-10)
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