R R Weynants
R R Weynants
Em. Prof. Belgian Royal Military Academy
Bestätigte E-Mail-Adresse bei
Zitiert von
Zitiert von
Confinement and profile changes induced by the presence of positive or negative radial electric fields in the edge of the TEXTOR tokamak
RR Weynants, G Van Oost, G Bertschinger, J Boedo, P Brys, T Delvigne, ...
Nuclear Fusion 32 (5), 837, 1992
Turbulent transport reduction by E× B velocity shear during edge plasma biasing: recent experimental results
G Van Oost, J Adamek, V Antoni, P Balan, JA Boedo, P Devynck, I Ďuran, ...
Plasma physics and controlled fusion 45 (5), 621, 2003
High confinement and high density with stationary plasma energy and strong edge radiation in the TEXTOR-94 tokamak
AM Messiaen, J Ongena, U Samm, B Unterberg, G Van Wassenhove, ...
Physical review letters 77 (12), 2487, 1996
Edge biasing in tokamaks
RR Weynants, G Van Oost
Plasma physics and controlled fusion 35 (SB), B177, 1993
Model for the transition to the radiatively improved mode in a tokamak
MZ Tokar, J Ongena, B Unterberg, RR Weynants
Physical Review Letters 84 (5), 895, 2000
Performance of the ITER ICRH system as expected from TOPICA and ANTITER II modelling
A Messiaen, R Koch, RR Weynants, P Dumortier, F Louche, R Maggiora, ...
Nuclear Fusion 50 (2), 025026, 2010
Predicting the radial electric field imposed by externally driven radial currents in tokamaks
J Cornelis, R Sporken, G Van Oost, RR Weynants
Nuclear fusion 34 (2), 171, 1994
Dynamics of H-mode-like edge transitions brought about by external polarization
RR Weynants, RJ Taylor
Nuclear fusion 30 (5), 945, 1990
On the properties of turbulence intermittency in the boundary of the TEXTOR tokamak
YH Xu, S Jachmich, RR Weynants, TEXTOR team
Plasma physics and controlled fusion 47 (10), 1841, 2005
Enhanced particle confinement and turbulence reduction due to E× B shear in the TEXTOR tokamak
J Boedo, D Gray, S Jachmich, R Conn, GP Terry, G Tynan, G Van Oost, ...
Nuclear Fusion 40 (7), 1397, 2000
Demonstration of the role of ExB flow shear in improved confinement
RR Weynants, G Van Oost, S Jachmich
Plasma Physics and Controlled Fusion (Online) 40 (5), 635-639, 1998
Experimental investigations on the role of flow shear in improved confinement
S Jachmich, G Van Oost, RR Weynants, JA Boedo
Plasma physics and controlled fusion 40 (6), 1105, 1998
Toroidal plasma rotation induced by the dynamic ergodic divertor in the TEXTOR tokamak
KH Finken, SS Abdullaev, MFM De Bock, M von Hellermann, ...
Physical review letters 94 (1), 015003, 2005
Overview of radiative improved mode results on TEXTOR-94
RR Weynants, AM Messiaen, J Ongena, B Unterberg, G Bonheure, ...
Nuclear Fusion 39 (11Y), 1637, 1999
Influence of the static dynamic ergodic divertor on edge turbulence properties in TEXTOR
Y Xu, RR Weynants, S Jachmich, M Van Schoor, M Vergote, P Peleman, ...
Physical review letters 97 (16), 165003, 2006
Improved confinement with edge radiative cooling at high densities and high heating power in TEXTOR
AM Messiaen, J Ongena, U Samm, B Unterberg, PE Vandenplas, ...
Nuclear Fusion 34 (6), 825, 1994
A 3-D analysis of the coupling characteristics of ion cyclotron resonance heating antennae
VP Bhatnagar, R Koch, AM Messiaen, RR Weynants
Nuclear Fusion 22 (2), 280, 1982
Ray-tracing modelling of the ICRF heating of large tokamaks
VP Bhatnagar, R Koch, P Geilfus, R Kirkpatrick, RR Weynants
Nuclear fusion 24 (8), 955, 1984
A 1D fluid model for the measurement of perpendicular flow in strongly magnetized plasmas
H Van Goubergen, RR Weynants, S Jachmich, M Van Schoor, G Van Oost, ...
Plasma physics and controlled fusion 41 (6), L17, 1999
Recent progress toward high performance above the Greenwald density limit in impurity seeded discharges in limiter and divertor tokamaks
J Ongena, R Budny, P Dumortier, GL Jackson, H Kubo, AM Messiaen, ...
Physics of plasmas 8 (5), 2188-2198, 2001
Das System kann den Vorgang jetzt nicht ausführen. Versuchen Sie es später erneut.
Artikel 1–20