15-19 April 2018
Paradise Point Resort & Spa
America/Los_Angeles timezone

Session

Session #13, Thursday Morning Invited Talks, Chair: G. Rochau

19 Apr 2018, 08:30
Paradise Point Resort & Spa

Paradise Point Resort & Spa

1404 Vacation Rd, San Diego, CA 92109

Presentation Materials

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Suzanne J. Ali (LLNL), B. Watson (General Atomics), H. Huang (General Atomics), H. Reynolds (General Atomics), J. Biener (LLNL), J. D. Hughes (LLNL), K. Engelhorn (General Atomics), M. A. Johnson (LLNL), N. Whiting (LLE), O. L. Landen (LLNL), P. M. Celliers (LLNL), S. H. Baxamusa (LLNL), S. W. Haan (LLNL), T. R. Boehly (LLE), V. A. Smalyuk (LLNL)
19/04/2018, 08:30

Extensive work has been done to characterize and improve the smoothness of ablator materials used in inertial confinement fusion, however, features indicative of instabilities seeded from heterogeneity in these materials are still observed. A two-dimensional imaging velocimetry technique has been used on Omega (OHRV 2D-VISAR system) to measure the nonuniformity in the velocity of shock fronts...

M.E. Austin (Institute for Fusion Studies, The University of Texas), A. Basile (Princeton Plasma Physics Laboratory), J.H. Beno (Center for Electromechanics, University of Texas), A. Bryant (Center for Electromechanics, University of Texas), S. Danani (ITER-India/Institute for Plasma Research), R. Feder (Princeton Plasma Physics Laboratory), S. Houshmandyar (Institute for Fusion Studies, The University of Texas), A.E. Hubbard (Plasma Science and Fusion Center, MIT), D.W. Johnson (Princeton Plasma Physics Laboratory), A. Khodak (Princeton Plasma Physics Laboratory), R. Kumar (ITER-India/Institute for Plasma Research), S. Kumar (ITER-India/Institute for Plasma Research), A. Ouroua (Center for Electromechanics, University of Texas), S.B. Padasalagi (ITER-India/Institute for Plasma Research), H.K.B. Pandya (ITER-India/Institute for Plasma Research), P.E. Phillips (Institute for Fusion Studies, The University of Texas), W.L. Rowan ( Institute for Fusion Studies, The University of Texas), J.A. Stillerman (Plasma Science and Fusion Center, MIT), G. Taylor (Princeton Plasma Physics Laboratory), S. Thomas (ITER-India/Institute for Plasma Research), V.S. Udintsev ( ITER Organization), G. Vayakis (ITER Organization), M.J. Walsh ( ITER Organization), D. Weeks (Center for Electromechanics, University of Texas)
19/04/2018, 10:00

The electron cyclotron emission (ECE) diagnostic on ITER will provide Te(r,t) for pressure profiles, energy content, runaways, mode identification and plasma control. With its high electron temperatures and nuclear environment, ITER represents new challenges for each component of the diagnostic system. The frontend includes two Gaussian optics antennas and specially designed 1000 K calibration...

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