In this paper, the dynamic characteristics of type-I edge-localized modes (ELM) time series from the JET tokamak, the world's largest magnetic confinement plasma physics experiment, have been investigated through recurrence plots (RPs). The analysis has been focused on RPs of pedestal temperature, line averaged electron density, and outer divertor D-alpha time series during experiments with a carbon wall. The analysis of RPS shows the patterns similar to those characteristics of signals exhibiting type-2 intermittency, in particular, a characteristic kite-like shape; this gives useful hints to model the temperature signal as well as the D-alpha radiation time series, with simple nonlinear maps capturing the nearly periodic behavior of type-...
Edge localised mode (ELM) measurements from reproducibly similar plasmas in the Joint European Torus...
DoctorThe greatest increase in demand for energy is envisaged to support the growth of industrial ca...
In the early twentieth century, scientists found out what process keeps the Sun burning: nuclear fus...
In this paper, the dynamic characteristics of type-I edge-localized modes (ELM) time series from the...
Edge localized modes (ELMs) are bursts of instabilities which deteriorate the confinement of H mode ...
Edge-localized modes (ELMs) are repetitive plasma instabilities occurring in the edge of high confin...
The aim of nuclear fusion energy research is to demonstrate the feasibility of nuclear fusion reacto...
Advanced data analysis techniques rooted in probabilistic learning, Bayesian inference, signal proce...
Several important ELM control techniques are in large part motivated by the empirically observed inv...
This paper reviews what is known about edge localized modes (ELMs), with an emphasis on their effect...
In this paper, the dynamic characteristics of type-I ELM time-series from the JET tokamak, the world...
Edge Localized Modes (ELMs) are repetitive eruptions of particles and energy which occur in many hig...
In this paper, the dynamic characteristics of type-I ELM time-series from the JET tokamak, the world...
A database of 250 pulses taken randomly during the experimental campaigns of JET with the ITER-like ...
Edge localized modes (ELMs) are repetitive instabilities driven by the large pressure gradients and ...
Edge localised mode (ELM) measurements from reproducibly similar plasmas in the Joint European Torus...
DoctorThe greatest increase in demand for energy is envisaged to support the growth of industrial ca...
In the early twentieth century, scientists found out what process keeps the Sun burning: nuclear fus...
In this paper, the dynamic characteristics of type-I edge-localized modes (ELM) time series from the...
Edge localized modes (ELMs) are bursts of instabilities which deteriorate the confinement of H mode ...
Edge-localized modes (ELMs) are repetitive plasma instabilities occurring in the edge of high confin...
The aim of nuclear fusion energy research is to demonstrate the feasibility of nuclear fusion reacto...
Advanced data analysis techniques rooted in probabilistic learning, Bayesian inference, signal proce...
Several important ELM control techniques are in large part motivated by the empirically observed inv...
This paper reviews what is known about edge localized modes (ELMs), with an emphasis on their effect...
In this paper, the dynamic characteristics of type-I ELM time-series from the JET tokamak, the world...
Edge Localized Modes (ELMs) are repetitive eruptions of particles and energy which occur in many hig...
In this paper, the dynamic characteristics of type-I ELM time-series from the JET tokamak, the world...
A database of 250 pulses taken randomly during the experimental campaigns of JET with the ITER-like ...
Edge localized modes (ELMs) are repetitive instabilities driven by the large pressure gradients and ...
Edge localised mode (ELM) measurements from reproducibly similar plasmas in the Joint European Torus...
DoctorThe greatest increase in demand for energy is envisaged to support the growth of industrial ca...
In the early twentieth century, scientists found out what process keeps the Sun burning: nuclear fus...