Techniques for studying the separatrix of tokamak plasmas | Citedby Results | Physics of Plasmas | AIP Publishing

Skip to Main Content

Skip Nav Destination

Techniques for studying the separatrix of tokamak plasmas

Phys. Plasmas 16, 012501 (2009)

This article has been cited by the following articles in journals that are participating in CrossRef Cited-by Linking.

Toroidicity and shape dependence of peeling mode growth rates in axisymmetric toroidal plasmas

Bing-Ren Shi

Chinese Physics B 23, 075206 (2014)

Towards understanding edge localised mode mitigation by resonant magnetic perturbations in MAST

I. T. Chapman
A. Kirk
C. J. Ham
J. R. Harrison
Y. Q. Liu
S. Saarelma
R. Scannell
A. J. Thornton
M. Becoulet
F. Orain
W. A. Cooper
S. Pamela
MAST Team

Physics of Plasmas (2013) 20 (5)

Magnetohydrodynamic tokamak plasma edge stability

Anthony J. Webster

Nuclear Fusion 52, 114023 (2012)

Towards understanding ELM mitigation: the effect of axisymmetric lobe structures near the X-point on ELM stability

I.T. Chapman
A. Kirk
S. Saarelma
J.R. Harrison
R. Scannell

Nuclear Fusion 52, 123006 (2012)

Edge stability analysis of ITER baseline plasma simulations

S. Saarelma
T. Casper
I.T. Chapman
G.T.A Huijsmans
O. Kwon
J. Lee
A. Loarte

Nuclear Fusion 52, 103020 (2012)

X-point effect on edge stability

S Saarelma
O J Kwon
A Kirk

Plasma Physics and Controlled Fusion 53, 025011 (2011)

Magnetohydrodynamic stability at a separatrix. I. Toroidal peeling modes and the energy principle

A. J. Webster
C. G. Gimblett

Physics of Plasmas (2009) 16 (8)

Magnetohydrodynamic stability at a separatrix. II. Determination by new conformal map technique

A. J. Webster

Physics of Plasmas (2009) 16 (8)