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Explore the fundamental physical processes used to measure plasma properties in this comprehensive graduate-level course covering diagnostic techniques for magnetically confined fusion plasmas and high-energy-density plasmas. Master the principles behind measuring magnetic and electric fields, particle flux, refractive index, electromagnetic wave emission and scattering, and nuclear diagnostics through 23 detailed lectures. Begin with foundational concepts including magnetic diagnostics and Langmuir probes, then advance through sophisticated refractive index measurement techniques including Abel inversion, Faraday rotation, and reflectometry. Delve into radiation diagnostics covering electron cyclotron emission, correlation electron cyclotron emission (CECE), bolometry, and line radiation analysis. Study equilibria reconstruction, imaging techniques, and line broadening mechanisms before exploring specialized methods like proton imaging and neutral particle diagnostics. Conclude with an in-depth examination of Thomson scattering techniques, progressing from basic principles through non-collective and collective scattering to advanced applications, providing essential knowledge for plasma physics research and fusion energy development.
