Search Results - "ITER" :: UTM Library Massive Scholar Tracking

21

Test bench for ITER gyrotrons. Measurements of the RF power value during tests of the ITER-prototype gyrotrons by Myasnikov V.E., Popov L.G., Malygin V.I., Kochin V.A., Khvostenko P.P., Ilin V.I., Denisov G.G., Khvostenko A.P., Soluyanova E.A., Tai E.M., Usachev S.V.

Published 2012-09-01

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22

Coupling saturated and unsaturated flow: comparing the iterative and the non-iterative approach by N. Brandhorst, D. Erdal, D. Erdal, I. Neuweiler

Published 2021-07-01

“…In this work we compare two approaches for the coupling. One is iterative where the 1D unsaturated zone models go down to the impervious bottom of the aquifer, and the other one is non-iterative and uses a moving lower boundary for the unsaturated zone. …”

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23

Iterative Shaping of Error Patterns For Normal Syndrome Decoding of Iterative Codes by X. H. Ren, V. K. Kanapelka, V. Yu. Tsviatkou

Published 2022-03-01

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Article

24

Design Point Selection for an Ignited ITER / by Spears, W R, editor 196241

Published 1989

text

25

Passive control of vertical instabilities in ITER/ by Yamane, M., International Atomic Energy Agency

Published 1989

26

ITER conceptual design : INTERIM report/ by International Atomic Energy Agency

Published 1990

27

ITER physics design guidelines 1989/ by Uckan, N. A., ITER Physics Group, International Atomic Energy Agency

Published 1990

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Preliminary ITER cost and schedule estimates/ by ITER Management Committee, International Atomic Energy Agency

Published 1990

29

Simulation of burning plasma dynamics in ITER / by Wang, J. F.

Published 1996

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Design and development of the ITER CTS diagnostic by Korsholm Søren B., Gonçalves Bruno, Gutierrez Heidi E., Henriques Elsa, Infante Virginia, Jensen Thomas, Jessen Martin, Klinkby Esben B., Larsen Axel W., Leipold Frank, Lopes André, Luis Raul, Naulin Volker, Nielsen Stefan K., Nonbøl Erik, Rasmussen Jesper, Salewski Mirko, Stejner Morten, Taormina Arianna, Vale Alberto, Vidal Catarina, Sanchez Laura, Ballester Raul M., Udintsev Victor

Published 2019-01-01

“…The Collective Thomson Scattering (CTS) diagnostic will be a primary diagnostic for measuring the dynamics of the confined fusion born alpha particles in ITER and will be the only diagnostic for alphas below 1.7 MeV [1]. …”

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Article

31

Extending the physics studied by ECE on ITER by Pandya H., Austin M.E., Watts C., Walsh M.J., Walker C.I., Snipes J.A., Prakash A., Portalès M., Patel K.M., Henderson M.A., Giacomin T., Encheva A., Direz M.-F., Bora D., Vayakis G., Udintsev V.S., Hanson G., Popova E., Sanchez P., Shelukhin D., Conway G.D., Oosterbeek J.W.

Published 2012-09-01

“…The Electron Cyclotron Emission (ECE) diagnostic provides essential information for plasma operation and for establishing performance characteristics in ITER. Recently, the design of the ITER ECE diagnostic has been taken through the conceptual design review and now entering the detailed design phase [1, 2]. …”

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Article

32

AN ITER FOR THE PEACE FROM SCHOOL EDUCATION by Isabel Puerta-Lopera

Published 2014-01-01

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Article

33

Constraining the divertor heat width in ITER by Whyte, Dennis G., Labombard, Brian, Hughes, Jerry W., Jr., Lipschultz, Bruce, Terry, James L., Brunner, Daniel Frederic, Stangeby, P. C., Elder, D., Leonard, A. W., Watkins, J.

Published 2016

“…The model relies on measurements of the ratio of separatrix to pedestal pressure; a ratio ∼5% is found to be expected for ITER. Applying this model indicates a constraint that the allowed λr ∼ 10–30 mm for ITER if the divertor is in the high-recycling regime as expected (T < 20 eV) while a λr ∼ 1–3 mm requires a separatrix pressure approximately equal to the top pedestal pressure in violation of physical reasoning and the concept of a pedestal. …”