PPT-HL-2M is the new tokamak of SWIP, generating the first plasma in 2020. It is dedicated

20 In a moderate Greenwald density fraction the central ion temperature can reach 10keV These allows HL2M to own the capability to carry out ITER relevant plasma physics In support of ITER prefusion phase operation Hybrid and Steady State the advanced scenarios such as the hybrid and the steady state regimes can be achieved For the noninductive regime the normalized beta can reach 34 and the confinement enhancement factor can exceed 13. Decker September 2003 Plasma Science and Fusion Center Massachusetts Institute of Technology Cambridge MA 02139 USA This work was supported by the US Department of Energy Grant No DEFG0291ER54109 by the US Department of Energy jointly with the Natio in Tokamak Research. Michael Bell. former Head of NSTX Experimental Research Operations. Princeton Plasma Physics Laboratory. Princeton University. presented to the. Joint ICTP-IAEA College on Plasma Physics. University of Warwick. Outline. Brief introduction to fusion. High . confinement and instabilities: ELMs. What is needed for? .  ITER … . demo. Description and results. Further work. Brief introduction to Fusion. MHD and electron . heat . conductivity; impact . on alpha electron heating. O. . Sauter. for . the TCV team. Ecole Polytechnique Fédérale de Lausanne (EPFL). Centre de Recherches en Physiques des Plasmas (CRPP). GOLEM. Work of . Vojtech. . Svoboda. . and a team of CTU . Prague. . students. . presented. by . Ondrej. . Kudlacek. Content. I. . Introduction. - . basics. of Golem. II. . Engineering. . scheme. the Czech Republic. Radomir Panek. Institute of Plasma Physics, ASCR, Czech Republic. R. Panek. 1. Participation of Czech Institutions. Coordinated by Institute . of Plasma Physics AS CR. Institutes involved:. Mikhail Gryaznevich. . 18th International Spherical Torus Workshop (ISTW 2015) . 3 – 6 November 2015, Princeton US . Plasma formation in ST40. ST40 has, like START&MAST, in-vessel merging-compression coils and only small solenoid. Kiten. , . . Ju. ne. . 26. ,. . 20. 1. 6. Jan . Stockel. ,. Institute . of Plasma Physics, . Prague. , . stockel@ipp.cas.cz. Vojtech. Svoboda. . – GOLEM operator. . currently at. Faculty of Nuclear Physics and Physics Engineering, CTU in Prague. Radomir Panek. Institute of Plasma Physics, ASCR, Czech Republic. R. Panek. 1. Participation of Czech Institutions. Coordinated by Institute . of Plasma Physics AS CR. Institutes involved:. Institute of Plasma Physics AS CR. . 24. th. IAEA Fusion Energy Conference,. San Diego, Oct. 2012. Y. . Kamada. , . P. . Barabaschi. , S. . . Ishida,. The . JT-. 60SA Team,. JT-60SA Research Plan Contributors. . (392 persons, . 15 JA institutes, 23 EU Institutes). . 24. th. IAEA Fusion Energy Conference,. San Diego, Oct. 2012. Y. . Kamada. , . P. . Barabaschi. , S. . . Ishida,. The . JT-. 60SA Team,. JT-60SA Research Plan Contributors. . (392 persons, . 15 JA institutes, 23 EU Institutes).  2013 . WEST . (Tungsten [W] Environment in Steady state Tokamak. ) X-point . divertor device. .. Long . discharge . capability to evaluate technological . and operational risks of the actively cooled tungsten divertor for . . S. V. Kulkarni,. ICRH-RF Group, . Aditya Team. and . Diagnostics Group. Institute for Plasma Research. Bhat, Gandhinagar 382 428. Applications of RF Waves in Tokamaks. 1. . RF heating in ICRH range. Zinzile. . Sibanda. , Ashle. a Kemp, Max Simpson. Weapons. Flight. The basics. Iron Man uses the . Tokamak. reactor in his chest combined with a Variable Specific Impulse . Magnetoplasma. Rocket (VASIMR) to provide flight..