Ion cyclotron resonance heating on TEXTOR

A. M. Messiaen; V. P. Bhatnagar; T. Delvigne; P. Descamps; F. Durodie; M. Jadoul; R. Koch; D. Lebeau; D. I.C. Pearson; P. E. Vandenplas; A. Vanderstraeten; R. Van Nieuwenhove; G. Van Oost; G. Van Wassenhove; R. R. Weynants; H. L. Bay; G. Bertschinger; W. Bieger; P. Bogen; G. A. Campbell; R. W. Conn; K. H. Dippel; H. G. Esser; K. H. Finken; G. Fuchs; B. Giesen; D. M. Goebel; R. Graffmann; S. E. Guthrie; H. Hartwig; E. Hintz; G. Hrehuss; F. Hoenen; K. Hoethker; A. Kaleck; L. Konen; M. Korten; Y. T. Lie; K. Liung; M. Lochter; A. E. Pontau; A. Pospieszczyk; D. Rusbuldt; U. Samm; B. Schweer; J. Schluter; H. Soltwisch; G. Thomas; F. Waelbroeck; G. Waidmann; P. Wienhold; J. Winter; G. H. Wolf

doi:10.1088/0741-3335/28/1A/007

Ion cyclotron resonance heating on TEXTOR

A. M. Messiaen, V. P. Bhatnagar, T. Delvigne, P. Descamps, F. Durodie, M. Jadoul, R. Koch, D. Lebeau, D. I.C. Pearson, P. E. Vandenplas, A. Vanderstraeten, R. Van Nieuwenhove, G. Van Oost, G. Van Wassenhove, R. R. Weynants, H. L. Bay, G. Bertschinger, W. Bieger, P. Bogen, G. A. CampbellR. W. Conn, K. H. Dippel, H. G. Esser, K. H. Finken, G. Fuchs, B. Giesen, D. M. Goebel, R. Graffmann, S. E. Guthrie, H. Hartwig, E. Hintz, G. Hrehuss, F. Hoenen, K. Hoethker, A. Kaleck, L. Konen, M. Korten, Y. T. Lie, K. Liung, M. Lochter, A. E. Pontau, A. Pospieszczyk, D. Rusbuldt, U. Samm, B. Schweer, J. Schluter, H. Soltwisch, G. Thomas, F. Waelbroeck, G. Waidmann, P. Wienhold, J. Winter, G. H. Wolf

Laboratory for Plasma Physics

Royal Military Academy of Belgium

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Ion cyclotron heating on TEXTOR has now reached the Megajoule level. The heating scenario is normally mode conversion but occasionally minority heating in a D-(H) plasma. With appropriate wall conditioning by carbonization more than 1 MW of RF power has been injected for long pulse durations ( approximately 1 s). The ICRF heated plasma is characterized by a quasi-stationarity of all plasma parameters, little if no impurity increase and a loop voltage reduction resulting in the total power coupled to the plasma reaching six times the remaining ohmic power input. Evidence of the coupling of the RF power to the plasma is obtained from the increase of the thermal load on the limiters and central energy deposition is supported from analysis of the sawtooth heating rate.

Originele taal-2	Engels
Artikelnummer	007
Pagina's (van-tot)	71-83
Aantal pagina's	13
Tijdschrift	Plasma Physics and Controlled Fusion
Volume	28
Nummer van het tijdschrift	1 A
DOI's	https://doi.org/10.1088/0741-3335/28/1A/007
Status	Gepubliceerd - 1986

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Messiaen, A. M., Bhatnagar, V. P., Delvigne, T., Descamps, P., Durodie, F., Jadoul, M., Koch, R., Lebeau, D., Pearson, D. I. C., Vandenplas, P. E., Vanderstraeten, A., Van Nieuwenhove, R., Van Oost, G., Van Wassenhove, G., Weynants, R. R., Bay, H. L., Bertschinger, G., Bieger, W., Bogen, P., ... Wolf, G. H. (1986). Ion cyclotron resonance heating on TEXTOR. Plasma Physics and Controlled Fusion, 28(1 A), 71-83. Artikel 007. https://doi.org/10.1088/0741-3335/28/1A/007

@article{21d1e0392ca34722a5ef90365b85fcaa,

title = "Ion cyclotron resonance heating on TEXTOR",

abstract = "Ion cyclotron heating on TEXTOR has now reached the Megajoule level. The heating scenario is normally mode conversion but occasionally minority heating in a D-(H) plasma. With appropriate wall conditioning by carbonization more than 1 MW of RF power has been injected for long pulse durations ( approximately 1 s). The ICRF heated plasma is characterized by a quasi-stationarity of all plasma parameters, little if no impurity increase and a loop voltage reduction resulting in the total power coupled to the plasma reaching six times the remaining ohmic power input. Evidence of the coupling of the RF power to the plasma is obtained from the increase of the thermal load on the limiters and central energy deposition is supported from analysis of the sawtooth heating rate.",

keywords = "Carbonization, Confinement, Coupling, Enerey deposition, Impurity, Long pulse ICRH, Sawteeth analysis, Scaling, Tokamak",

author = "Messiaen, {A. M.} and Bhatnagar, {V. P.} and T. Delvigne and P. Descamps and F. Durodie and M. Jadoul and R. Koch and D. Lebeau and Pearson, {D. I.C.} and Vandenplas, {P. E.} and A. Vanderstraeten and {Van Nieuwenhove}, R. and {Van Oost}, G. and {Van Wassenhove}, G. and Weynants, {R. R.} and Bay, {H. L.} and G. Bertschinger and W. Bieger and P. Bogen and Campbell, {G. A.} and Conn, {R. W.} and Dippel, {K. H.} and Esser, {H. G.} and Finken, {K. H.} and G. Fuchs and B. Giesen and Goebel, {D. M.} and R. Graffmann and Guthrie, {S. E.} and H. Hartwig and E. Hintz and G. Hrehuss and F. Hoenen and K. Hoethker and A. Kaleck and L. Konen and M. Korten and Lie, {Y. T.} and K. Liung and M. Lochter and Pontau, {A. E.} and A. Pospieszczyk and D. Rusbuldt and U. Samm and B. Schweer and J. Schluter and H. Soltwisch and G. Thomas and F. Waelbroeck and G. Waidmann and P. Wienhold and J. Winter and Wolf, {G. H.}",

year = "1986",

doi = "10.1088/0741-3335/28/1A/007",

language = "English",

volume = "28",

pages = "71--83",

journal = "Plasma Physics and Controlled Fusion",

issn = "0741-3335",

number = "1 A",

}

Messiaen, AM, Bhatnagar, VP, Delvigne, T, Descamps, P, Durodie, F, Jadoul, M, Koch, R, Lebeau, D, Pearson, DIC, Vandenplas, PE, Vanderstraeten, A, Van Nieuwenhove, R, Van Oost, G, Van Wassenhove, G, Weynants, RR, Bay, HL, Bertschinger, G, Bieger, W, Bogen, P, Campbell, GA, Conn, RW, Dippel, KH, Esser, HG, Finken, KH, Fuchs, G, Giesen, B, Goebel, DM, Graffmann, R, Guthrie, SE, Hartwig, H, Hintz, E, Hrehuss, G, Hoenen, F, Hoethker, K, Kaleck, A, Konen, L, Korten, M, Lie, YT, Liung, K, Lochter, M, Pontau, AE, Pospieszczyk, A, Rusbuldt, D, Samm, U, Schweer, B, Schluter, J, Soltwisch, H, Thomas, G, Waelbroeck, F, Waidmann, G, Wienhold, P, Winter, J & Wolf, GH 1986, 'Ion cyclotron resonance heating on TEXTOR', Plasma Physics and Controlled Fusion, vol. 28, nr. 1 A, 007, blz. 71-83. https://doi.org/10.1088/0741-3335/28/1A/007

TY - JOUR

T1 - Ion cyclotron resonance heating on TEXTOR

AU - Messiaen, A. M.

AU - Bhatnagar, V. P.

AU - Delvigne, T.

AU - Descamps, P.

AU - Durodie, F.

AU - Jadoul, M.

AU - Koch, R.

AU - Lebeau, D.

AU - Pearson, D. I.C.

AU - Vandenplas, P. E.

AU - Vanderstraeten, A.

AU - Van Nieuwenhove, R.

AU - Van Oost, G.

AU - Van Wassenhove, G.

AU - Weynants, R. R.

AU - Bay, H. L.

AU - Bertschinger, G.

AU - Bieger, W.

AU - Bogen, P.

AU - Campbell, G. A.

AU - Conn, R. W.

AU - Dippel, K. H.

AU - Esser, H. G.

AU - Finken, K. H.

AU - Fuchs, G.

AU - Giesen, B.

AU - Goebel, D. M.

AU - Graffmann, R.

AU - Guthrie, S. E.

AU - Hartwig, H.

AU - Hintz, E.

AU - Hrehuss, G.

AU - Hoenen, F.

AU - Hoethker, K.

AU - Kaleck, A.

AU - Konen, L.

AU - Korten, M.

AU - Lie, Y. T.

AU - Liung, K.

AU - Lochter, M.

AU - Pontau, A. E.

AU - Pospieszczyk, A.

AU - Rusbuldt, D.

AU - Samm, U.

AU - Schweer, B.

AU - Schluter, J.

AU - Soltwisch, H.

AU - Thomas, G.

AU - Waelbroeck, F.

AU - Waidmann, G.

AU - Wienhold, P.

AU - Winter, J.

AU - Wolf, G. H.

PY - 1986

Y1 - 1986

N2 - Ion cyclotron heating on TEXTOR has now reached the Megajoule level. The heating scenario is normally mode conversion but occasionally minority heating in a D-(H) plasma. With appropriate wall conditioning by carbonization more than 1 MW of RF power has been injected for long pulse durations ( approximately 1 s). The ICRF heated plasma is characterized by a quasi-stationarity of all plasma parameters, little if no impurity increase and a loop voltage reduction resulting in the total power coupled to the plasma reaching six times the remaining ohmic power input. Evidence of the coupling of the RF power to the plasma is obtained from the increase of the thermal load on the limiters and central energy deposition is supported from analysis of the sawtooth heating rate.

AB - Ion cyclotron heating on TEXTOR has now reached the Megajoule level. The heating scenario is normally mode conversion but occasionally minority heating in a D-(H) plasma. With appropriate wall conditioning by carbonization more than 1 MW of RF power has been injected for long pulse durations ( approximately 1 s). The ICRF heated plasma is characterized by a quasi-stationarity of all plasma parameters, little if no impurity increase and a loop voltage reduction resulting in the total power coupled to the plasma reaching six times the remaining ohmic power input. Evidence of the coupling of the RF power to the plasma is obtained from the increase of the thermal load on the limiters and central energy deposition is supported from analysis of the sawtooth heating rate.

KW - Carbonization

KW - Confinement

KW - Coupling

KW - Enerey deposition

KW - Impurity

KW - Long pulse ICRH

KW - Sawteeth analysis

KW - Scaling

KW - Tokamak

UR - http://www.scopus.com/inward/record.url?scp=29744445174&partnerID=8YFLogxK

U2 - 10.1088/0741-3335/28/1A/007

DO - 10.1088/0741-3335/28/1A/007

M3 - Article

AN - SCOPUS:29744445174

SN - 0741-3335

VL - 28

SP - 71

EP - 83

JO - Plasma Physics and Controlled Fusion

JF - Plasma Physics and Controlled Fusion

IS - 1 A

M1 - 007

ER -

Ion cyclotron resonance heating on TEXTOR

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