Search Results - "Krasikov, Y"

Structural Analysis of a Prototype Fast Shutter for ITER cCXRS Diagnostic by Panin, A., Biel, W., Krasikov, Y., Neubauer, O., Bardawil, D. A. Castaño

“…Optical lifetime of the first mirror is a critical issue for the ITER upper-port-plug core-charge-exchange-spectroscopy diagnostic. A fast shutter is engaged…”
Get full text

Overview on R&D and design activities for the ITER core charge exchange spectroscopy diagnostic system by Biel, W., Baross, T., Bourauel, P., Dunai, D., Durkut, M., Erdei, G., Hawkes, N., Hellermann, M.v., Hogenbirk, A., Jaspers, R., Kiss, G., Klinkhamer, F., Koning, J.F., Kotov, V., Krasikov, Y., Krimmer, A., Lischtschenko, O., Litnovsky, A., Marchuk, O., Neubauer, O., Offermanns, G., Panin, A., Patel, K., Pokol, G., Schrader, M., Snijders, B., Szabo, V., van der Valk, N., Voinchet, R., Wolters, J., Zoletnik, S.

“…The ITER core charge exchange recombination spectroscopy (core CXRS) diagnostic system is designed to provide experimental access to various measurement…”
Get full text

Feasibility of Upper Port Plug tube handling by Koning, J.F., Elzendoorn, B.S.Q., Ronden, D.M.S., Klinkhamer, J.F.F., Biel, W., Krasikov, Y., Walker, C.I.

“…Central, retractable tubes are proposed in several Upper Port Plugs (UPPs) designs for ITER, to enable fast exchange of specific components of diagnostics…”
Get full text

On the use of rhodium mirrors for optical diagnostics in ITER by Mertens, Philippe, Boman, Romain, Dickheuer, Sven, Krasikov, Yury, Krimmer, Andreas, Leichtle, Dieter, Liegeois, Kim, Linsmeier, Christian, Litnovsky, Andrey, Marchuk, Oleksander, Rasinski, Marcin, De Bock, Maarten

“…The first mirrors of optical diagnostics in ITER are exposed to high radiation and fluxes of particles which escape the plasma, in the order of 1020 m−2s−1. At…”
Get full text

Approaches to multifield numerical analysis for components of the ITER core CXRS upper port plug diagnostics by Panin, Anatoly, Krasikov, Yury, Biel, Wolfgang, Neubauer, Olaf

“…► The global ANSYS EM model (by Forschungszentrum, Juelich) has been brought in accordance with the recent ITER generic UPP concept. ► The fast VDE plasma…”
Get full text

Retractable tube design issues in ITER CXRS UPP #3 by Baross, T., Biel, W., Krejczinger, A., Krasikov, Yu, Panin, A.

“…► The retractable tube is located in the upper port plug #3 of ITER core charge exchange recombination spectroscopy (cCXRS) that carries the cleaning system of…”
Get full text

Dynamic structural analysis of a fast shutter with a pneumatic actuator by Nemov, A., Panin, A., Borovkov, A., Khovayko, M., Zhuravskaya, E., Krasikov, Yu, Biel, W., Neubauer, O.

“…► The dynamical simulations of cCXRS shutter with the use of the LS-DYNA explicit solver are presented and discussed. ► The results of the implicit and…”
Get full text

Design and testing of secondary mirrors for the core CXRS diagnostic system in ITER by Krimmer, A., Kassek, G., Allelein, H.J., Krasikov, Yu, Neubauer, O.

“…► The use of only SS316L(N) for the secondary mirrors in core CXRS is investigated. ► A mechanical design for secondary mirrors with internal cooling is…”
Get full text

Thermal and hydraulic performance of the helium-operated shutter protecting the first mirror of the ITER diagnostics by Senik, Konstantin, Grigoriev, Sergey, Tanchuk, Victor, Gornikel, Ilya, Krasikov, Yury, Panin, Anatoly, Biel, Wolfgang, Neubauer, Olaf

“…The ITER core charge exchange recombination spectroscopy (core CXRS) is a diagnostic system designed to collect the light emitted from interaction of the…”
Get full text

Structural analysis of a prototype fast shutter for ITER cCXRS diagnostic by Panin, A., Biel, W., Krasikov, Y., Neubauer, O., Bardawil, D.

“…Optical lifetime of the first mirror is a critical issue for the ITER upper port plug core charge exchange spectroscopy diagnostic (cCXRS). A fast shutter is…”
Get full text

Overview on R&; D and design activities for the ITER core charge exchange spectroscopy diagnostic system by Biel, W, Baross, T, Bourauel, P, Dunai, D, Durkut, M, Erdei, G, Hawkes, N, Hellermann, M V, Hogenbirk, A, Jaspers, R, Kiss, G, Klinkhamer, F, Koning, J F, Kotov, V, Krasikov, Y, Krimmer, A, Lischtschenko, O, Litnovsky, A, Marchuk, O, Neubauer, O, Offermanns, G, Panin, A, Patel, K, Pokol, G, Schrader, M, Snijders, B, Szabo, V, Valk, Nvan der, Voinchet, R, Wolters, J, Zoletnik, S

“…The ITER core charge exchange recombination spectroscopy (core CXRS) diagnostic system is designed to provide experimental access to various measurement…”
Get full text

The ITER thermal shields for the magnet system: Design evolution and analysis by Bykov, V., Krasikov, Yu, Grigoriev, S., Komarov, V., Krylov, V., Labusov, A., Pyrjaev, V., Chiocchio, S., Smirnov, V., Sorin, V., Tanchuk, V.

“…The thermal shield (TS) system provides the required reduction of thermal loads to the cold structures operating at 4.5 K. This paper presents the rationale…”
Get full text

The thermal shields for the ITER magnet system: thermal, structural and assembly aspects by Bykov, V, Nishikawa, A, Dalle Carbonare, G, Alekseev, A, Grigoriev, S, Krasikov, Yu, Krylov, V, Labusov, A, Nakahira, M

“…The thermal shield system is a continuous barrier between the magnet system operating at 4.5 K and the warm tokamak components. It provides a substantial…”
Get full text

The ITER thermal shields for the magnet system: specific design, assembly and structural issues by Krasikov, Yu, Bykov, V., Carbonare, G.Dalle, Boykov, A., Grigoriev, S., Komarov, V., Krylov, V., Labusov, A., Pyrjaev, V., Sorin, V., Saksaganski, G., Tanchuk, V.

“…The thermal shield system provides the required reduction of both total and local thermal loads to the cold structures operating at 4.5 K. The most complex…”
Get full text

Sturgeon abundance and distribution in the Caspian Sea by Khodorevskaya, R. P., Krasikov, Ye. V.

“…Summary The number of sturgeons and their distribution on feeding grounds in the Caspian Sea were assessed. Data were collected between 1991 and 1996 on…”
Get full text

Toroidal field coil and central solenoid modernization for Globus-M tokamak by Korotkov, V.A, Belyakov, V.A, Bender, S.E, Krasikov, Yu.G, Rumyantsev, E.N, Soikin, V.F, Yagnov, V.A

“…The Globus-M spherical tokamak placed in A.F. Ioffe Institute is in operation since March 1999. The Globus-M tokamak peculiarity is its small aspect ratio…”
Get full text

The tokamak TSP-AST concept by Krylov, V.A, Azizov, E.A, Dokouka, V.N, Khayrutdinov, R.R, Korotkov, V.A, Kovan, I.A, Krasikov, Yu.G, Krasilnikov, A.V, Mineev, A.B, Mudyugin, B.G, Yagnov, V.A

“…The TSP tokamak—Russian fusion project based on very powerful adiabatic heating by compression (900 MJ power supply per pulse)—was entered into exploitation in…”
Get full text