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Your search keyword '"Martovetsky, N."' showing total 8 results
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8 results on '"Martovetsky, N."'

1. Overview of verification tests on AC loss, contact resistance and mechanical properties of ITER conductors with transverse loading up to 30 000 cycles

Author

Yagotintsev, K A, primary, Wessel, W A J, additional, Vostner, A, additional, Devred, A, additional, Bessette, D, additional, Mitchell, N, additional, Nabara, Y, additional, Boutboul, T, additional, Tronza, V, additional, Park, S-H, additional, Yu, W, additional, Martovetsky, N, additional, and Nijhuis, A, additional

Published
2019
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5. The ITER magnet systems: progress on construction

Author

Sborchia, C., primary, Bonito Oliva, A., additional, Boutboul, T., additional, Chan, K., additional, Devred, A., additional, Egorov, S., additional, Kim, K., additional, Koizumi, N., additional, Lelekhov, S., additional, Libeyre, P., additional, Lim, B.S., additional, Martovetsky, N., additional, Nakajima, H., additional, Mitchell, N., additional, Okuno, K., additional, Pantsyrny, V., additional, Reiersen, W., additional, Rodin, I., additional, Savary, F., additional, Vostner, A., additional, and Wu, Y., additional

Published
2013
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6. Results of the TF conductor performance qualification samples for the ITER project

Author

Breschi, M, primary, Devred, A, additional, Casali, M, additional, Bessette, D, additional, Jewell, M C, additional, Mitchell, N, additional, Pong, I, additional, Vostner, A, additional, Bruzzone, P, additional, Stepanov, B, additional, Boutboul, T, additional, Martovetsky, N, additional, Kim, K, additional, Takahashi, Y, additional, Tronza, V, additional, and Yu, Wu, additional

Published
2012
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7. Progress of the ITER central solenoid model coil programme

Author

Tsuji, H, primary, Okuno, K, additional, Thome, R, additional, Salpietro, E, additional, Egorov, S, additional, Martovetsky, N, additional, Ricci, M, additional, Zanino, R, additional, Zahn, G, additional, Martinez, A, additional, Vecsey, G, additional, Arai, K, additional, Ishigooka, T, additional, Kato, T, additional, Ando, T, additional, Takahashi, Y, additional, Nakajima, H, additional, Hiyama, T, additional, Sugimoto, M, additional, Hosogane, N, additional, Matsukawa, M, additional, Miura, Y, additional, Terakado, T, additional, Okano, J, additional, Shimada, K, additional, Yamashita, M, additional, Isono, T, additional, Koizumi, N, additional, Kawano, K, additional, Oshikiri, M, additional, Nunoya, Y, additional, Matsui, K, additional, Tsuchiya, Y, additional, Nishijima, G, additional, Kubo, H, additional, Shimba, T, additional, Hara, E, additional, Imahashi, K, additional, Uno, Y, additional, Ohuchi, T, additional, Ohtsu, K, additional, Okayama, J, additional, Kawasaki, T, additional, Kawabe, M, additional, Seki, S, additional, Takano, K, additional, Takaya, Y, additional, Tajiri, F, additional, Tsutsumi, F, additional, Nakamura, T, additional, Hanawa, H, additional, Wakabayashi, H, additional, Shimizu, T, additional, Kuramochi, K, additional, Omine, T, additional, Tamiya, T, additional, Harada, J, additional, Nishii, K, additional, Huguet, M, additional, Mitchell, N, additional, Bessette, D, additional, Minervini, J, additional, Vieira, R, additional, Michael, P, additional, Takayasu, M, additional, Bevilacqua, G, additional, Maix, R.K, additional, Manahan, R, additional, Jayakumar, R.J, additional, Savoldi, L, additional, Herz, W, additional, and Ninomiya, A, additional

Published
2001
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8. The ITER magnet systems: progress on construction.

Author

Sborchia, C., Oliva, A. Bonito, Boutboul, T., Chan, K., Devred, A., Egorov, S., Kim, K., Koizumi, N., Lelekhov, S., Libeyre, P., Lim, B.S., Martovetsky, N., Nakajima, H., Mitchell, N., Okuno, K., Pantsyrny, V., Reiersen, W., Rodin, I., Savary, F., and Vostner, A.

Subjects
MAGNETS, TOROIDAL harmonics, NIOBIUM compounds, JACKETING & strengthening (Structural engineering), PROTOTYPES
Abstract

Construction of the ITER magnet systems has been started at the end of 2007 following the signature of the first procurement arrangements (PA) for the toroidal field (TF) conductors. Six ITER members are involved in the share of the ITER magnet components and, to date, eighteen PA between the ITER Organization and six domestic agencies have been signed. Substantial progress towards full-scale construction has been achieved with the placement of the first large manufacturing contracts, the production of several tens of tons of advanced Nb3Sn and NbTi strand, and the set-up of large cabling and jacketing facilities. The detailed design of the coils and support structures has also been finalized. The qualification of the fabrication processes for the TF coils and poloidal field (PF) coils has been initiated. The detailed design of the central solenoid (CS) coils is being developed. The design of the correction coils (CCs) with their support structures has been finalized, as well as for the TF gravity supports and clamps of the PF coils. The manufacture of prototypes of the feeder lines and current leads has been started, while ITER is in charge of the procurement of the required magnet instrumentation. This paper provides a progress report on the ITER magnet construction as per December 2010. [ABSTRACT FROM AUTHOR]

Published
2014
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