ICRF physics aspects of wall conditioning with conventional antennas in large-size tokamaks

A. Lyssoivan; R. Koch; D. Douai; J. M. Noterdaeme; V. Philipps; V. Rohde; F. C. Schüller; G. Sergienko; D. Van Eester; T. Wauters; T. Blackman; V. Bobkov; S. Brémond; S. Brezinsek; E. De La Cal; R. Dumont; M. Garcia-Munoz; E. Gauthier; M. Graham; S. Jachmich; E. Joffrin; A. Kreter; P. U. Lamalle; E. Lerche; G. Lombard; F. Louche; M. Maslov; M. L. Mayoral; V. E. Moiseenko; P. Mollard; I. Monakhov; J. Ongena; M. K. Paul; R. A. Pitts; V. Plyusnin; W. Suttrop; E. Tsitrone; M. Van Schoor; G. Van Wassenhove; M. Vervier

doi:10.1016/j.jnucmat.2010.11.059

ICRF physics aspects of wall conditioning with conventional antennas in large-size tokamaks

A. Lyssoivan
, R. Koch
, D. Douai
, J. M. Noterdaeme
, V. Philipps
, V. Rohde
, F. C. Schüller
, G. Sergienko
, D. Van Eester
, T. Wauters
, T. Blackman
, V. Bobkov
, S. Brémond
, S. Brezinsek
, E. De La Cal
, R. Dumont
, M. Garcia-Munoz
, E. Gauthier
, M. Graham
, S. Jachmich

E. Joffrin, A. Kreter, P. U. Lamalle, E. Lerche, G. Lombard, F. Louche, M. Maslov, M. L. Mayoral, V. E. Moiseenko, P. Mollard, I. Monakhov, J. Ongena, M. K. Paul, R. A. Pitts, V. Plyusnin, W. Suttrop, E. Tsitrone, M. Van Schoor, G. Van Wassenhove, M. Vervier

Commissariat à l'Énergie Atomique (CEA)
Max-Planck-Institut für Plasmaphysik
University of Ghent
ITER
Culham Centre for Fusion Energy
Laboratorio Nacional de Fusión
Inst. of Plasma Physics of the National Science Center, Kharkiv Institute of Physics and Technology
Instituto Superior Técnico

Publikation: Beitrag in Fachzeitschrift › Artikel › Begutachtung

25 Zitate (Scopus)

Abstract

This paper focuses on a study of the principal operation aspects of standard ICRF heating antennas in the ion cyclotron wall conditioning (ICWC) mode: (i) ability of the antenna to ignite the cleaning discharge safely and reliably in different gases including those most likely to be used in ITER - He, H₂, D₂ and their mixtures, (ii) the antenna capacity to couple a large fraction of the RF generator power (>50%) to low density (∼10¹⁶-10¹⁸ m^-3) plasmas and (iii) the RF power absorption schemes aimed at improved RF plasma homogeneity and enhanced conditioning effect. The ICWC discharge optimization in terms of RF plasma wave excitation/absorption resulted in successful simulation of the conditioning scenarios for ITER operation at full field (JET) and half-field (TEXTOR, TORE SUPRA, ASDEX Upgrade).

Originalsprache	Englisch
Seiten (von - bis)	S1029-S1032
Fachzeitschrift	Journal of Nuclear Materials
Jahrgang	415
Ausgabenummer	1 SUPPL
DOIs	https://doi.org/10.1016/j.jnucmat.2010.11.059
Publikationsstatus	Veröffentlicht - 1 Aug. 2011

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10.1016/j.jnucmat.2010.11.059

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Lyssoivan, A., Koch, R., Douai, D., Noterdaeme, J. M., Philipps, V., Rohde, V., Schüller, F. C., Sergienko, G., Van Eester, D., Wauters, T., Blackman, T., Bobkov, V., Brémond, S., Brezinsek, S., De La Cal, E., Dumont, R., Garcia-Munoz, M., Gauthier, E., Graham, M., ... Vervier, M. (2011). ICRF physics aspects of wall conditioning with conventional antennas in large-size tokamaks. Journal of Nuclear Materials, 415(1 SUPPL), S1029-S1032. https://doi.org/10.1016/j.jnucmat.2010.11.059

@article{ee83c8ef49684f7b8a8f5d0a9649d023,

title = "ICRF physics aspects of wall conditioning with conventional antennas in large-size tokamaks",

abstract = "This paper focuses on a study of the principal operation aspects of standard ICRF heating antennas in the ion cyclotron wall conditioning (ICWC) mode: (i) ability of the antenna to ignite the cleaning discharge safely and reliably in different gases including those most likely to be used in ITER - He, H2, D2 and their mixtures, (ii) the antenna capacity to couple a large fraction of the RF generator power (>50\%) to low density (∼1016-1018 m-3) plasmas and (iii) the RF power absorption schemes aimed at improved RF plasma homogeneity and enhanced conditioning effect. The ICWC discharge optimization in terms of RF plasma wave excitation/absorption resulted in successful simulation of the conditioning scenarios for ITER operation at full field (JET) and half-field (TEXTOR, TORE SUPRA, ASDEX Upgrade).",

author = "A. Lyssoivan and R. Koch and D. Douai and Noterdaeme, \{J. M.\} and V. Philipps and V. Rohde and Sch{\"u}ller, \{F. C.\} and G. Sergienko and \{Van Eester\}, D. and T. Wauters and T. Blackman and V. Bobkov and S. Br{\'e}mond and S. Brezinsek and \{De La Cal\}, E. and R. Dumont and M. Garcia-Munoz and E. Gauthier and M. Graham and S. Jachmich and E. Joffrin and A. Kreter and Lamalle, \{P. U.\} and E. Lerche and G. Lombard and F. Louche and M. Maslov and Mayoral, \{M. L.\} and Moiseenko, \{V. E.\} and P. Mollard and I. Monakhov and J. Ongena and Paul, \{M. K.\} and Pitts, \{R. A.\} and V. Plyusnin and W. Suttrop and E. Tsitrone and \{Van Schoor\}, M. and \{Van Wassenhove\}, G. and M. Vervier",

note = "Funding Information: This work was supported by EURATOM and carried out within the framework of the European Fusion Development Agreement. The views and opinions expressed herein do not necessarily reflect those of the European Commission.",

year = "2011",

month = aug,

day = "1",

doi = "10.1016/j.jnucmat.2010.11.059",

language = "English",

volume = "415",

pages = "S1029--S1032",

journal = "Journal of Nuclear Materials",

issn = "0022-3115",

number = "1 SUPPL",

}

Lyssoivan, A, Koch, R, Douai, D, Noterdaeme, JM, Philipps, V, Rohde, V, Schüller, FC, Sergienko, G, Van Eester, D, Wauters, T, Blackman, T, Bobkov, V, Brémond, S, Brezinsek, S, De La Cal, E, Dumont, R, Garcia-Munoz, M, Gauthier, E, Graham, M, Jachmich, S, Joffrin, E, Kreter, A, Lamalle, PU , Lerche, E, Lombard, G, Louche, F, Maslov, M, Mayoral, ML, Moiseenko, VE, Mollard, P, Monakhov, I, Ongena, J, Paul, MK, Pitts, RA, Plyusnin, V, Suttrop, W, Tsitrone, E, Van Schoor, M, Van Wassenhove, G & Vervier, M 2011, 'ICRF physics aspects of wall conditioning with conventional antennas in large-size tokamaks', Journal of Nuclear Materials, Jg. 415, Nr. 1 SUPPL, S. S1029-S1032. https://doi.org/10.1016/j.jnucmat.2010.11.059

TY - JOUR

T1 - ICRF physics aspects of wall conditioning with conventional antennas in large-size tokamaks

AU - Lyssoivan, A.

AU - Koch, R.

AU - Douai, D.

AU - Noterdaeme, J. M.

AU - Philipps, V.

AU - Rohde, V.

AU - Schüller, F. C.

AU - Sergienko, G.

AU - Van Eester, D.

AU - Wauters, T.

AU - Blackman, T.

AU - Bobkov, V.

AU - Brémond, S.

AU - Brezinsek, S.

AU - De La Cal, E.

AU - Dumont, R.

AU - Garcia-Munoz, M.

AU - Gauthier, E.

AU - Graham, M.

AU - Jachmich, S.

AU - Joffrin, E.

AU - Kreter, A.

AU - Lamalle, P. U.

AU - Lerche, E.

AU - Lombard, G.

AU - Louche, F.

AU - Maslov, M.

AU - Mayoral, M. L.

AU - Moiseenko, V. E.

AU - Mollard, P.

AU - Monakhov, I.

AU - Ongena, J.

AU - Paul, M. K.

AU - Pitts, R. A.

AU - Plyusnin, V.

AU - Suttrop, W.

AU - Tsitrone, E.

AU - Van Schoor, M.

AU - Van Wassenhove, G.

AU - Vervier, M.

N1 - Funding Information: This work was supported by EURATOM and carried out within the framework of the European Fusion Development Agreement. The views and opinions expressed herein do not necessarily reflect those of the European Commission.

PY - 2011/8/1

Y1 - 2011/8/1

N2 - This paper focuses on a study of the principal operation aspects of standard ICRF heating antennas in the ion cyclotron wall conditioning (ICWC) mode: (i) ability of the antenna to ignite the cleaning discharge safely and reliably in different gases including those most likely to be used in ITER - He, H2, D2 and their mixtures, (ii) the antenna capacity to couple a large fraction of the RF generator power (>50%) to low density (∼1016-1018 m-3) plasmas and (iii) the RF power absorption schemes aimed at improved RF plasma homogeneity and enhanced conditioning effect. The ICWC discharge optimization in terms of RF plasma wave excitation/absorption resulted in successful simulation of the conditioning scenarios for ITER operation at full field (JET) and half-field (TEXTOR, TORE SUPRA, ASDEX Upgrade).

AB - This paper focuses on a study of the principal operation aspects of standard ICRF heating antennas in the ion cyclotron wall conditioning (ICWC) mode: (i) ability of the antenna to ignite the cleaning discharge safely and reliably in different gases including those most likely to be used in ITER - He, H2, D2 and their mixtures, (ii) the antenna capacity to couple a large fraction of the RF generator power (>50%) to low density (∼1016-1018 m-3) plasmas and (iii) the RF power absorption schemes aimed at improved RF plasma homogeneity and enhanced conditioning effect. The ICWC discharge optimization in terms of RF plasma wave excitation/absorption resulted in successful simulation of the conditioning scenarios for ITER operation at full field (JET) and half-field (TEXTOR, TORE SUPRA, ASDEX Upgrade).

UR - https://www.scopus.com/pages/publications/80054845768

U2 - 10.1016/j.jnucmat.2010.11.059

DO - 10.1016/j.jnucmat.2010.11.059

M3 - Article

AN - SCOPUS:80054845768

SN - 0022-3115

VL - 415

SP - S1029-S1032

JO - Journal of Nuclear Materials

JF - Journal of Nuclear Materials

IS - 1 SUPPL

ER -

ICRF physics aspects of wall conditioning with conventional antennas in large-size tokamaks

Abstract

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