Add to ORKGWe present the results and discuss the prospects of a study of plasma transport which is based on a recent theory of drift wave turbulence. The specific questions addressed are the turbulence spectrum, the electron heat conduction, the impurity transport, the evacuation of the power released during sawtooth relaxations, the cleaning action of these sawteeth, the cause of the high density limit and of the gross plasma disruptions
Drift wave maps, area preserving maps that describe the motion of charged particles in drift waves, ...
The influence of a turbulent spectrum of high-frequency, short-wavelength electron plasma waves on t...
Multi-scale methods are utilized within the context of strongly magnetized plasmas to describe the i...
Drift waves occur universally in magnetized plasmas producing the dominant mechanism for transport o...
Drift waves occur universally in magnetized plasmas producing the dominant mechanism for transport o...
Drift waves occur universally in magnetized plasmas producing the dominant mechanism for the transpo...
Nonlinear ion Landau damping of drift waves yields a splitting of the spectrum into a Jong and a sho...
Drift waves occur universally in magnetized plasmas producing the dominant mechanism for the transpo...
The role of a variety of drift waves in inhomogeneous plasma for producing transport is reviewed. Th...
The usual theoretical description of drift-wave turbulence (considered to be one possible cause of a...
Different turbulence simulations show that the drift wave is a possible candidate to explain the tur...
The transport of hith Z impurities resulting from Compton and induced scattering by drift waves is f...
Abstract. For forty years, plasma turbulence theory has been based on notions of ‘mixing length’, ‘d...
textThe particle and thermal transport by low-frequency drift waves in magnetized plasmas are studie...
Drift wave maps, area preserving maps that describe the motion of charged particles in drift waves, ...
Drift wave maps, area preserving maps that describe the motion of charged particles in drift waves, ...
The influence of a turbulent spectrum of high-frequency, short-wavelength electron plasma waves on t...
Multi-scale methods are utilized within the context of strongly magnetized plasmas to describe the i...
Drift waves occur universally in magnetized plasmas producing the dominant mechanism for transport o...
Drift waves occur universally in magnetized plasmas producing the dominant mechanism for transport o...
Drift waves occur universally in magnetized plasmas producing the dominant mechanism for the transpo...
Nonlinear ion Landau damping of drift waves yields a splitting of the spectrum into a Jong and a sho...
Drift waves occur universally in magnetized plasmas producing the dominant mechanism for the transpo...
The role of a variety of drift waves in inhomogeneous plasma for producing transport is reviewed. Th...
The usual theoretical description of drift-wave turbulence (considered to be one possible cause of a...
Different turbulence simulations show that the drift wave is a possible candidate to explain the tur...
The transport of hith Z impurities resulting from Compton and induced scattering by drift waves is f...
Abstract. For forty years, plasma turbulence theory has been based on notions of ‘mixing length’, ‘d...
textThe particle and thermal transport by low-frequency drift waves in magnetized plasmas are studie...
Drift wave maps, area preserving maps that describe the motion of charged particles in drift waves, ...
Drift wave maps, area preserving maps that describe the motion of charged particles in drift waves, ...
The influence of a turbulent spectrum of high-frequency, short-wavelength electron plasma waves on t...
Multi-scale methods are utilized within the context of strongly magnetized plasmas to describe the i...