~EGULAR SESSION - University of Oregon

198 COLLEGE OF LIBERAL ARTS
Ph 524, 525, 526. Nuclear Physics, 3 hours each term.
Properties of nuclei; two-body problem; nuclear forces; polarization phenomena;
beta decay; electromagnetic interactions; nuclear models; scattering,
nuclear reactions. 3 lectures. Prerequisite: concurrent enrollment in Ph
517, 518, 519. McDaniels.
Ph 534, 535, 536. Advanced Physical Measurements. 1or 2 hours each term.
Laboratory work, open only to physics majors. Development of experimental
techniques in such fields as high vacua, interferometry, electronics, nuclear
physics, properties of crystals, and X-ray diffraction and absorption. 1 or 2
three-hour laboratory periods.
Ph 538, 539, 540. Theoretical Mechanics. 3 hours each term.
Lagrange's equations; Hamilton's principle and equations; potential theory;
applications to gravitation, hydrodynamics, and the theory of elasticity: 3
lectures.
Ph 541, 542, 543. Theoretical Nuclear Physics. 3 hours each term.
Nuclear forces, two-body problem, structure of complex nuclei, nuclear reactions,
beta decay. 3 lectures. Powell.
Ph 544, 545, 546. Electromagnetic Theory. 3 hours each term.
Microscopic form of Maxwell's equations; derivation and solution of the wave
equation; relativistic formulation; motion of charges in given fields; propagation
and diffraction; radiation by given sources; coupled motion of sources
and fields; the electromagnetic field in dense media. 3 lectures. Girardeau.
Ph 551, 552, 553. Atomic Spectra. 3 hours each term.
Relation of observed spectra to the theory of atomic and molecular structure;
quantum mechanical model, electron configurations, spectral terms; Zeeman
effect, analysis of band spectra of diatomic molecules, absorption spectra,
Raman spectra, and methods of spectrophotometry. Ch'en.
Ph 554, 555, 556. Experimental Spectroscopy. 1 hour each term.
Spectroscopic instruments (prismatic and grating); flame, arc, and spark
spectra of elements; analysis of series lines in atomic spectra; Zeeman effect,
analysis of band spectra of diatomic molecules, absorption spectra, Raman
spectra, and photographic photometry. 1 three-hour laboratory period.
Ch'en.
Ph 578, 579, 580. Solid State Physics. 3 hours each term.
Thermal, electrical, optical, and magnetic properties of solids; band theory;
metals, semiconductors, and insulators; defects in solids. 3 lectures. Prerequisite:
for Ph 579, 580. quantum mechanics; may be taken concurrently.
Wannier.
Political Science
Professors: J. C. DAVIES (department head), A. S. FLEMMING, J. F. GANGE, C. P.
SCHLEICHER, L. G. SELIGMAN,* E. S. WENGERT.t
Associate Professors: R. E. AGGER, D. GOLDRICH, HERMAN KEHRLI, J. A. KIEFFER,
L. C. MARQUIS, W. C. MITCHELL.
Assistant Professors: A. M. HAN HARDT, JR., J. R. KLONOSKI.
Instructors: J. R. FISZMAN, M. N. GOLDSTEIN, LERoy GRAY MER, R. I. MENDEL-
SOHN, JOYCE M. MITCHELL.
Lecturers: DEREK CRABTREE, D. M, DUSHANE.
Fellows: RICHARD HAINES, B. KENNY, K. P. LANGTON, J. OLSON, C. POWELL.
Assistants: O. ADEKANMBI, RALPH BUNCH, RAFIQUL CHOUDHURY, RODNEY
CONVERSE, D. M. DOBKIN, G. S. ESPINA, C. L. GARRISON, EDET ITUEN, R.
JOHNSON, I. G. KHAN, C. L. KIM, DON LAWS, A. E. LIND, J. McKENNY,
* On leave of absence 1963-64.
t Deceased Feb. 22, 1964.