Search Results - "Maximenkova, N"

ITER non-axisymmetric error fields induced by its magnet system by Knaster, J., Amoskov, V., Formisano, A., Gribov, Y., Lamzin, E., Martone, L., Maximenkova, N., Mitchell, N., Portone, A., Sytchevsky, S., Testoni, P.

“…Error fields in Tokamaks are small departures of the exact axisymmetry of the ideal magnetic field configuration. Their reduction beyond a threshold value by…”
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Global computational models for analysis of electromagnetic transients to support ITER tokamak design and optimization by Amoskov, V., Arslanova, D., Belov, A., Belyakov, V., Belyakova, T., Gapionok, E., Krylova, N., Kukhtin, V., Lamzin, E., Maximenkova, N., Mazul, I., Rozov, V., Sytchevsky, S.

“…The International thermonuclear experimental reactor (ITER) concept implies a variety of operating modes, design complexity and demand for high reliability. A…”
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Some Aspects of Winding Geometry Control for ITER Superconducting Coils Using Magnetic Measurements by Amoskov, V, Belyakov, V, Egorov, S, Firsov, A, Gornikel, I, Ivkin, V, Kukhtin, V, Lamzin, E, Lancetov, A, Larionov, M, Maximenkova, N, Rodin, I, Shatil, N, Sytchevsky, S, Vasiliev, V

“…A feasibility has been demonstrated for numerical reconstruction of geometrical displacement or deformations of the winding occurred in the manufacture and…”
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Assessment of ITER PF coil quality from magnetic measurements by Amoskov, V.M., Belov, A.V., Belyakov, V.A., Chuyanov, V.A., Egorov, S.A., Firsov, A.A., Gribov, Yu.V., Ivkin, V.G., Kukhtin, V.P., Lamzin, E.A., Lancetov, A.A., Larionov, M.S., Maximenkova, N.A., Rodin, I.Yu, Sytchevsky, S.E.

“…A feasibility has been demonstrated for numerical reconstruction on the base of magnetic measurements for geometrical displacements or deformations occurred in…”
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Optimization of currents in ITER correction coils by Amoskov, V. M., Belyakov, V. A., Gribov, Yu. A., Lamzin, E. A., Maximenkova, N. A., Sytchevsky, S. E.

“…In tokamaks non-axisymmetric magnetic field perturbations (error fields) can induce in plasma locked modes and cause disruption. In ITER the main contributor…”
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Analysis and Optimization of the Impact of Ferromagnetic Inserts on the Toroidal Field Ripple in ITER by Lamzin, E. A., Amoskov, V. M., Gapionok, E. I., Gribov, Y. V., Maximenkova, N. A., Sytchevsky, S. E.

“…The discreteness of the toroidal field (TF) coils causes toroidally asymmetric perturbations of magnetic field (TF ripple). Maximum value of the TF ripple…”
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Assessment of ITER PF coil quality from magnetic measurements by AMOSKOV, V. M, BELOV, A. V, LANCETOV, A. A, LARIONOV, M. S, MAXIMENKOVA, N. A, RODIN, I. Yu, SYTCHEVSKY, S. E, BELYAKOV, V. A, CHUYANOV, V. A, EGOROV, S. A, FIRSOV, A. A, GRIBOV, Yu. V, IVKIN, V. G, KUKHTIN, V. P, LAMZIN, E. A

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ITER non-axisymmetric error fields induced by its magnet system by KNASTER, J, AMOSKOV, V, TESTONI, P, FORMISANO, A, GRIBOV, Y, LAMZIN, E, MARTONE, L, MAXIMENKOVA, N, MITCHELL, N, PORTONE, A, SYTCHEVSKY, S

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Some Aspects of Winding Geometry Control for ITER Superconducting Coils Using Magnetic Measurements by AMOSKOV, V, BELYAKOV, V, MAXIMENKOVA, N, RODIN, I, SHATIL, N, SYTCHEVSKY, S, VASILIEV, V, EGOROV, S, FIRSOV, A, GORNIKEL, I, IVKIN, V, KUKHTIN, V, LAMZIN, E, LANCETOV, A, LARIONOV, M

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