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Power absorption studies for lower hybrid heating and current drive in ASDEX

F. Soeldner, Dieter Eckhartt, Fritz Leuterer, A. Eberhagen, A. Giuliana, Eric R. Mueller, Heindieter Murmann, G. Becker, H.-S. Bosch, Massimo Brambilla, H. Brocken, R. Burhenn, H. Derfler, Gerd Fußmann, O. Gehre, J. Gernhardt, G. von Gierke, E. Glock, O. Gruber, Günter Haas, Guenter Janeschitz, Frank E. Muller-Karger, Martin Keilhacker, O. Klueber, M. Kornherr, G. Lisitano, H. M. Mayer, Kent McCormick, D. Meisel, V. Mertens, M. Muenich, Helmut Niedermeyer, W. Poschenrieder, H. Rapp, Horst M. Roehr, Nicholas Ruhs, Karl H. Schmitter, Frank Schneider, G. Siller, Paul Smeulders, K.‐H. Steuer, T. Vien, Friedrich Wagner, F. v. Woyna, Martin Zouhar, R. Bartiromo, M. Lenoci, Francois Ryter, M. Hesse, P.B. Kotzé, George C. Vlases

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Key concepts: Power (physics), Current (fluid), Absorption (acoustics), Materials science, Nuclear engineering, Mechanics, Physics, Thermodynamics

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Power absorption studies for lower hybrid heating and current drive in ASDEX — Research Paper | ScholarLens