Search Results - "VINYAR, I"

A repetitive pellet injection system for steady state fuelling in EAST superconducting tokamak by Li, C.Z., Hu, J.S., Chen, Y., Vinyar, I.V., Li, J.G., Lukin, Ya

“…A new hydrogen/deuterium pellet injector has been developed for Experimental Advanced Superconducting Tokamak (EAST). The pellet injector based on a screw…”
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Status of the JET high frequency pellet injector by Géraud, A., Lennholm, M., Alarcon, T., Bennett, P., Frigione, D., Garnier, D., Lang, P.T., Lukin, A., Mooney, R., Vinyar, I.

“…► JET pellet injection system operational for plasma fuelling and ELM pacing. ► Good reliability of the system for Low Field Side injection of fuelling size…”
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The enhanced high speed inboard pellet fuelling system at ASDEX Upgrade by Plöckl, B., Lang, P.T., Sellmair, G., Stober, J.K., Treutterer, W., Vinyar, I.

“…After more than 20 years of operation and numerous modifications, a substantial modernisation of the inboard pellet injection system on ASDEX Upgrade was…”
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Development of pellet fuelling system in HL-2A tokamak by Zhu, G.L., Liu, D.Q., Xu, H.B., Vinyar, I., Lukin, A., Wang, M.J.

“…For increasing the plasma density and improving the plasma confinement, a new pellet fuelling system based on the extrusion technology has been developed…”
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Recipes for pellet generation and launching in the ASDEX Upgrade SPI by Heinrich, P., Papp, G., de Marné, P., Dibon, M., Jachmich, S., Lehnen, M., Peherstorfer, T., Vinyar, I.

“…In support of the ITER disruption mitigation system (DMS), a highly flexible, triple-barrel shattered pellet injection (SPI) system was installed at ASDEX…”
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A 12-barrel deuterium pellet injector for the C-2 field-reversed configuration device by Vinyar, I. V., Lukin, A. Ya, Skoblikov, S. V., Reznichenko, P. V., Trask, E., Wyman, M., Smirnov, A.

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A pneumatic injector of deuterium pellets for fusion devices by Vinyar, I. V., Skoblikov, S. V.

“…A new deuterium pellet injector intended for maintaining a steady-state fusion reaction in a plasma is described. A technique for producing pellets by…”
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ELM mitigation by means of supersonic molecular beam and pellet injection on the EAST superconducting tokamak by Hu, J.S., Sun, Z., Li, C.Z., Zhen, X.W., Li, J.G., Guo, H.Y., Li, J.H., Wang, L., Gan, K.F., Chen, Y., Ren, J., Zuo, G.Z., Yao, X.J., Hu, L.Q., Gong, X.Z., Wan, B.N., Zou, X.L., Mansfield, D.K., Liang, Y.F., Vinyar, I.

“…In this paper, we will present experimental results from EAST on the mitigation of edge localized modes (ELMs) using recently developed deuterium/lithium…”
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A generator of thin solid hydrogen films as targets for nuclear research by Vinyar, I. V., Lukin, A. Ya, Reznichenko, P. V.

“…Shell-free solid hydrogen films with a thickness of up to 25 μm were for the first time manufactured as targets for nuclear research. Films with a width of…”
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Windowless thin solid-hydrogen target: CHyMENE by Gillibert, A., Corsi, A., Flavigny, F., Louchart, C., Nalpas, L., Obertelli, A., Pollacco, E. C., Authelet, G., Gheller, J. -M., Guillaume, D., Méot, V., Roig, O., Vinyar, I., Lukin, A.

“…We report on the production of a windowless pure hydrogen H 2 film. The thickness is within the range 50–200μm, in order to be used as a target for nuclear…”
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A 12-barrel deuterium pellet injector for the C-2 field-reversed configuration device by Vinyar, I. V., Lukin, A. Ya, Skoblikov, S. V., Reznichenko, P. V., Trask, E., Wyman, M., Smirnov, A.

“…A compact 12-barrel deuterium pellet injector for plasma studies in the C-2 field-reversed configuration device (USA) is described. As in other multibarrel…”
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A pellet injector of the HL-2A tokamak by Vinyar, I. V., Lukin, A. Ya, Skoblikov, S. V., Reznichenko, P. V.

“…A variable-cross-section extruder, in which rheological properties of solid-state hydrogen isotopes are used for manufacturing ice suitable for forming fuel…”
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The JET high frequency pellet injector project by Geraud, Alain, Dentan, M., Whitehead, A., Butcher, P., Communal, D., Faisse, F., Gedney, J., Gros, G., Guillaume, D., Hackett, L., Hennion, V., Homfray, D., Lucock, R., McKivitt, J., Sibbald, M., Portafaix, C., Perin, J.P., Reade, M., Sands, D., Saille, A., Symonds, I., M.Watson, Worth, L., Vinyar, I.

“…A new deuterium ice pellet injector is in preparation for JET. It is designed to inject both small pellets (variable volume within 1–2 mm 3) at high frequency…”
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Multibarrel injectors of fuel pellets for injection into plasmas of the HL-1M, HT-6M, and T-10 tokamaks by Vinyar, I. V., Umov, A. P., Lukin, A. Ya, Reznichenko, P. V.

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A screw extruder for the centrifugal injector of hydrogen and deuterium pellets for the JT-60U tokamak by Vinyar, I. V., Lukin, A. Ya, Skoblikov, S. V., Umov, A. P., Reznichenko, P. V.

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Periodic injector with a porous pellet mold for introducing fuel into plasmas by Vinyar, I. V.

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A pneumatic injector of deuterium pellets for the TORE-SUPRA tokamak by Vinyar, I. V., Umov, A. P., Lukin, A. Ya, Skoblikov, S. V., Reznichenko, P. V., Krasil’nikov, I. A.

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A pneumatic injector of hydrogen pellets for the LHD stellarator by Vinyar, I. V., Lukin, A. Ya, Umov, A. P., Skoblikov, S. V., Reznichenko, P. V., Krasil’nikov, I. A.

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A prototype of the centrifugal pellet injector for the ITER tokamak by Vinyar, I. V., Lukin, A. Ya, Skoblikov, S. V., Umov, A. P., Reznichenko, P. V., Krasil’nikov, I. A., Panchenko, V. I.

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Pellet injectors for steady state plasma fuelling by Vinyar, I., Géraud, A., Yamada, H., Lukin, A., Sakamoto, R., Skoblikov, S., Umov, A., Oda, Y., Gros, G., Krasilnikov, I., Reznichenko, P., Panchenko, V.

“…Successful steady state operation of a fusion reactor should be supported by repetitive pellet injection of solidified hydrogen isotopes in order to produce…”
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