Search Results - "Topilski, L."

Prevention of hydrogen and dust explosion in ITER by Chuyanov, V., Topilski, L.

“…It is to be expected that, over time, an interaction of plasma with walls and the divertor will create in ITER hundreds of kilograms of beryllium, carbon or…”
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Fusion safety codes: international modeling with MELCOR and ATHENA–INTRA by Marshall, T, Porfiri, M.T, Topilski, L, Merrill, B

“…For a number of years, the world fusion safety community has been involved in benchmarking their safety analyses codes against experiment data to support…”
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Validation and benchmarking in support of ITER-FEAT safety analysis by Topilski, L.N., Masson, X., Porfiri, M.T., Pinna, T., Sponton, L.-L., Andersen, J., Takase, K., Kurihara, R., Sardain, P., Girard, C.

“…This paper briefly describes the codes used for International Thermonuclear Experimental Reactor (ITER) safety analysis, including some information on their…”
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Modelling of two-phase flow under accidental conditions fusion codes benchmark by Sardain, P, Girard, C, Andersson, J, Porfiri, M.T, Kurihara, R, Masson, X, Mignot, G, Pinna, T, Topilski, L

“…The scope of this benchmark is to assess the capabilities of the best estimate thermal hydraulic codes to simulate the main physical phenomena occurring during…”
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Results of two-phase flow experiments with an integrated Ingress-of-Coolant Event (ICE) test facility for ITER safety by Takase, Kazuyuki, Akimoto, Hajime, Topilski, Leonid N.

“…An integrated ICE (Ingress-of-Coolant Event) test facility was constructed in order to demonstrate the adequacy of the ITER (International Thermonuclear…”
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Lessons learned from the ITER safety approach for future fusion facilities by Gordon, C., Bartels, H.-W., Honda, T., Iseli, M., Raeder, J., Topilski, L., Moshonas, K., Taylor, N.

“…Safety has been an integral part of the design process for the ITER project since the conceptual design activities of the project. The safety approach…”
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ITER inherent/passive ultimate safety margins by Piet, Steven J., Topilski, Leonid N., Bartels, Hans-Werner, Poucet, Andre E., Petti, David A.

“…The self-limiting nature of the fusion reaction, modest mobilizable radioactive inventories, multiple confinement layers, and passive decay heat removal,…”
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ITER reference accidents by Bartels, H.-W., Poucet, A., Cambi, G., Gordon, C., Gaeta, M., Gulden, W., Honda, T., Iseli, M., Jahn, H., Koonce, J., Kveton, O., Merrill, B., Mitchell, N., Moore, R.L., Petti, D., Polkinghorne, S., Porfiri, M.T., Raeder, J., Saji, G., Stubbe, E., Piet, S.J., Topilski, L., Uckan, N., VanHove, W.

“…Reference accidents are selected to envelope possible accident sequences to confirm the adequacy of ITER's safety design. Analyses of ITER reference accidents…”
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Source term and mobilization assessment in NSSR-1 of ITER by PIET, S. J, DI PACE, L, FEDERICI, G, HOLLAND, D. F, MCCARTHY, K. A, NISAN, S, ODA, Y, SEKI, Y, TOPILSKI, L. N

“…We describe the radioactive sources in the International Thermonuclear Experimental Reactor (ITER). The most important sources are co-deposited tritium,…”
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Fusion specific features in ITER accident analysis by BARTELS, H.-W, GORDON, C. W, PIET, S. J, POUCET, A. E, SAJI, G, TOPILSKI, L. N

“…Fusion specific features like inherent plasma shutdown, low decay heat densities, cryogenic temperatures, and limited source terms were considered during the…”
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Safety and Environmental Activities for ITER by Saji, G, Aymar, R, Bartels, H.-W, Gordon, C. W, Gulden, W, Holl, D. H, Iida, H, Inabe, T, Iseli, M, Kashirski, A. V, Kolbasov, B. N, Krivosheev, M, McCarthy, K. A, Marbach, G, Morozov, S. I, Natalizio, A, Petti, D. A, Piet, S. J, Poucet, A. E, Raeder, J, Seki, Y, Topilski, L. N

“…This paper will summarize highlights of the safety approach and discuss the ITER EDA safety activities. The ITER safety approach is driven by three major…”
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Approaches to safety, environment and regulatory approval for ITER by Saji, G, Bartels, H.W, Chuyanov, V, Holland, D, Kashirski, A.V, Morozov, S.I, Piet, S.J, Poucet, A, Raeder, J, Rebut, P.H, Topilski, L.N

“…International Thermonuclear Experimental Reactor (ITER) Engineering Design Activities (EDA) in safety and environment are approaching the point where…”
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Safety related R&D for the ITER baseline design by Reyes, S., Taylor, N., Cortes, P., Ciattaglia, S., Rosanvallon, S., Perevezentsev, A., Iseli, M., Baker, D., Elbez-Uzan, J., Topilski, L., Gulden, W., Sharpe, P., Hayashi, T.

“…This paper presents an overview of the safety related operating feedback taken into account in the ITER baseline design, and of the previously completed and…”
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MELCOR ex-vessel LOCA simulations for ITER by Gaeta, M.J., Merrill, B.J., Bartels, H.-W., Topilski, L.

“…Ex-vessel loss-of-coolant-accident (LOCA) simulations for the International Thermonuclear Experimental Reactor (ITER) were performed using the MELCOR code. The…”
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Safety and environmental activities for ITER by SAJI, G, AYMAR, R, KOLBASOV, B. N, KRIVOSHEEV, M, MCCARTHY, K. A, MARBACH, G, MOROZOV, S. I, NATALIZIO, A, PETTI, D. A, PIET, S. J, POUCET, A. E, RAEDER, J, BARTELS, H.-W, SEKI, Y, TOPILSKI, L. N, GORDON, C. W, GULDEN, W, HOLLAND, D. H, IIDA, H, INABE, T, ISELI, M, KASHIRSKI, A. V

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