The investigation and optimisation of discharge scenarios with good energy confinement, high density and temperature is a main topic in the research programme of ASDEX Upgrade and other tokamaks. This high confinement (H-mode) regime is envisaged as operation regime for ITER also. The H-mode regime is an operating regime with about %3020 − of th
Abstract. Analysis of tokamak fusion power plants such as the EU power plant conceptual study (PPCS)...
In this paper we discuss a procedure to evaluate the fusion performance of ASDEX Upgrade discharges ...
The International Tokamak Physics Activity topical group on integrated operational scenarios has com...
The investigation and optimisation of discharge scenarios with good energy confinement, high density...
The Max-Planck-Institute for Plasma Physics is conducting fusion experiments of two types, the tokam...
The optimum conditions for access to and sustainment of H-mode plasmas and their expected plasma par...
In a comparative study of various confinement regimes the H-mode demonstrated the best performance. ...
International audienceNew H-mode regimes with high confinement, low core impurity accumulation, and ...
For the first time, DIII-D experiments have achieved stationary quiescent H-mode (QH-mode) operation...
The high confinement mode (H-mode) is the operational scenario foreseen for ITER, DEMO and future fu...
It is foreseen that the next step tokamak fusion experiment (ITER) will operate in improved confinem...
The International Tokamak Physics Activity topical group on integrated operational scenarios has com...
H-mode operational boundaries and H-mode confinement are investigated on ASDEX Upgrade. The local ed...
Significant high temperature plasma research in both the magnetic and inertial confinement regimes l...
ITER will be the first magnetic confinement device with burning DT plasma and fusion power of about ...
Abstract. Analysis of tokamak fusion power plants such as the EU power plant conceptual study (PPCS)...
In this paper we discuss a procedure to evaluate the fusion performance of ASDEX Upgrade discharges ...
The International Tokamak Physics Activity topical group on integrated operational scenarios has com...
The investigation and optimisation of discharge scenarios with good energy confinement, high density...
The Max-Planck-Institute for Plasma Physics is conducting fusion experiments of two types, the tokam...
The optimum conditions for access to and sustainment of H-mode plasmas and their expected plasma par...
In a comparative study of various confinement regimes the H-mode demonstrated the best performance. ...
International audienceNew H-mode regimes with high confinement, low core impurity accumulation, and ...
For the first time, DIII-D experiments have achieved stationary quiescent H-mode (QH-mode) operation...
The high confinement mode (H-mode) is the operational scenario foreseen for ITER, DEMO and future fu...
It is foreseen that the next step tokamak fusion experiment (ITER) will operate in improved confinem...
The International Tokamak Physics Activity topical group on integrated operational scenarios has com...
H-mode operational boundaries and H-mode confinement are investigated on ASDEX Upgrade. The local ed...
Significant high temperature plasma research in both the magnetic and inertial confinement regimes l...
ITER will be the first magnetic confinement device with burning DT plasma and fusion power of about ...
Abstract. Analysis of tokamak fusion power plants such as the EU power plant conceptual study (PPCS)...
In this paper we discuss a procedure to evaluate the fusion performance of ASDEX Upgrade discharges ...
The International Tokamak Physics Activity topical group on integrated operational scenarios has com...