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Physics 180E Syllabus

Plasma Physics Laboratory
R. L. Stenzel, Winter '97

Tentative Course Description:

Objective: The purpose of this laboratory course is to perform hands-on experiments in plasma physics, compare data to theory, and to communicate the results in written and oral form.

Topics: The experiments deal with three aspects of plasma physics,

  1. single particle motion,
  2. "fluid" properties of plasmas, and
  3. waves in plasmas.
The first topic will be explored with an electron beam in electric and magnetic fields. The second topic will introduce probes, plasma production and losses, resistivity and diffusion. Finally, the propagation of ion acoustic and electron cyclotron waves will be studied.

Format: There will be a weekly lecture to present theory, describe the experiments, and discuss results. Experiments are performed in groups of 2-3 students spending one morning or afternoon in the lab under supervision of the TA. Three laboratory reports are due. The reports are in the format of a Physical Review Letter. Data can be shared but the reports should be individual work. The final exam consists of a 15 min oral presentation followed by questions from the audience.

Textbook: A. Y. Wong, Introduction to experimental plasma physics. Recommended: F. F. Chen, Plasma Physics and Controlled Fusion, 2nd edn., Plenum Press, 1984. Both are on reserve in the Physics Library.

Grading: Final grades will be determined according to the following weighting scheme:

50% Laboratory write-ups
25% Oral Final
25% TA Evaluation


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