UCLA General Catalog 1971-72 - Registrar - UCLA

CHEMISTRY / 229
184. Advanced Analytical Chemistry.
223. Statistical Mechanics.
Lecture and quiz , two hours ; laboratory, eight
hours. Prerequisite : course 110A . Lecture : a survey
of analytical methods, including electrochemical,
separation, spectroscopic , kinetic , nuclear , and classical
methods . Laboratory : gas chromatography,
polrography, mass spectrometry , nuclear magnetic
resonance, and other modern methods . Mr. Wasson
IN. Special Courses in Chemistry . (y4 to 1 course)
To be arranged. Prerequisite : consent of the
Chemistry Undergraduate Adviser. The Staff
18sA-II. Directed Individual Study or Research
for Undergraduate Students . (t to 2 courses)
Lecture and quiz , four hours. Prerequisite : courses
115B , 123B , Physics 131. Fundamentals of statistical
mechanics ; classical equations of state ; coulomb
systems; Phase transitions ; quantum statistical mechanics;
quantum corrections to the equation of state;
density matrix; second quantization . Mr. McMillan
*225. Chemical Kinetics.
Lecture and quiz , four hours. Prerequisite : courses
115A , 123A , 123B . Theories of chemical reactions
and their applications to experimental systems; general
kinetic postulates ; theories of elementary reactions
; energy transfer processes ; experimental
studies.
To be arranged with individual faculty members
involved. Each faculty member has a unique letter
designation, which is the same for the 199 and 599
series. Prerequisite : consent of the Chairman of the
Department of Chemistry . This consent must be
based upon a written proposal outlining the study or
research to be undertaken . The proposal should be
worked out in consultation with the faculty member
involved and submitted at the Chemistry Undergraduate
Adviser's Office before the end of the first
week of the term. At the close of each term, a report
describing the student 's program of study or research
sad signed by the stu nde t and sups g faculty
member must be submitted to the Chemi ry Undergraduate
Adviser, who should be consulted concerning
the format of the report and deadlines for subi
ion. A student may take only one 199 course in
chemistry on a letter grade basis; any additional 199
courses in chemistry maybe taken only on a passed/
not passed basis. With the consent of the Chemistry
Undergraduate Adviser , two 199 courses ma be
seed to fulfill one of the three upper division chemistry
elective course requirements for the chemistry
major. The Staff
M. Chemical Physics Seminar . (t% course)
Seminars will be presented by staff, outside
speakers, postdoctoral fellows and graduate students.
Satisfactory / unsatisfactory grades are used for this
course. May be repeated for credit.
The Staff in Chemical Physics
231A-231F . Advanced Topics in Organic
Chemistry . (th course each)
Prerequisite : consent of the instructor . Each course
will encompass a recognized specialty in organic
chemistry , and will be taught by a staff member
whose research interests embrace that specialty.
The Stair in Organic Chemistry
233A. Physical Organic Chemistry. (% course)
Lecture, two hours. Prerequisite : course 143A.
Kinetics and mechanisms of organic reactions ; linear
free energy relationships ; correlations between structure,
equilibria and reactivity . Mr. Anet, Mr. Rebek
233B. Physical Organic Chemistry . (% course)
Lecture , two hours. Prerequisite : course 233A.
Graduate Courses
213. Advanced Quantum Chemistry.
Lecture: four hours. Prerequisite: course 115B.
Physics 131. Topics in quantum chemistry selected
Approaches to organic reaction mechanisms ; criteria
of mechanism ; nuclear magnetic resonance ; stereochemistry
. Mr. Anet, Mr. Rebek
238. Organic Chemistry Student Seminar.
from molecular structure, collision processes, theory
of solids, symmetry and its applications , and theory
of electromagnetic radiation . Mr. McMillan
215. Molecular Spectra , Diffraction and Structure.
Lecture and quiz, four hours. Prerequisite: course
1155, Physics 131. Selected topics from electronic
spectra of atoms and molecules ; vibrational, rotational
and Raman spectra; magnetic resonance spectra;
x-ray, neutron and electron diffraction; coherace
effects. Mr. El Sayed
Isla course)
Each student enrolled presents at least one seminar
on a timely and significant topic . outside of his
immediate research specialty. Each student carrying
out research in organic chemistry enrolls in this
course, usually in his second year of graduate work.
The Staff in Organic Chemistry
247. Physical Organic Seminar . (th course)
Seminars will be presented by staff , outside
speakers, postdoctoral fellows and graduate students.
Satisfactory / unsatisfactory grades are used for this
218. Physical.lnorganic Chemistry Student Seminar. course . May be repeated for credit.
Ph course)
Mr. Anet, Mr. Cram, Mr. Foote
Each student enrolled presents at least one semian
on a timely and significant topic outside of his
laaoediate research specialty . Required of all graduate
students doing research in physical or inorganic
akaistrl, ordinarily during the second year of
rah wStay. e
Staff in Physical and Inorganic Chemistry
248. Natural Products Seminar . I% course)
Seminars will be presented by staff, outside
speakers, postdoctoral fellows and graduate students.
Satisfactory / unsatisfactory grades are used for this
course. May be repeated for credit.
Mr. Evans, Mr. Gebsman
221A-221F . Advanced Topics In Physical
Chemistry . (1h course each)
M253. Proteins and Nucleic Acids.
(Same as Biological Chemistry M253 .) Lecture and
quiz, four hours. Prerequisite : courses 110A, 110B,
Lecture, two hours. Prerequisite : consent of the and course 153 or Biological Chemistry 101B.
isttuctor. Each course will encompass a recognized
specialty in physical chemistry , and will be taught
Chemical and physical properties of proteins, amino
acids , nucleotides and nucleic acids; structure and
by a staff member whose research interests embrace
at specialty. The Staff in Physical chemistry e Not to be given, 1971-1972.