The high plasma temperatures expected at reactor conditions in magnetic confinement
fusion toroidal devices suggest that near-marginal operation could be a reality in future …

Statistical characteristics of plasma fluctuations in the solar wind (SW), the Earth's
magnetosphere and fusion devices are reviewed. The turbulence in all these media has a …

Abstract The Gledzer-Yamada-Ohkitani MHD shell model is used to describe dissipative
events that take place in magnetized plasmas. In this review we summarize a series of works …

The paper presents applications of the recurrence plot quantification to the analysis of type 1
intermittency observed in a discharge plasma. The main measures of recurrence plot …

ZnO nanoparticles (NPs) have variety of applications in different fields due to its size,
structure, as well as physical and chemical properties. One of its prominent characteristics is …

We investigate the multifractal properties in the dynamics of domain walls of a ferromagnetic
film. We apply the Multifractal Detrended Fluctuation Analysis method in experimental …

Recurrences are close returns of a given state in a time series, and can be used to identify
different dynamical regimes and other related phenomena, being particularly suited for …

The description of the relationship between interplanetary plasma and geomagnetic activity
requires complex models. Drastically reducing the ambition of describing this detailed …

In this work, we explore the response of the intermittence parameter C (1) to the magnetic
topology of confined fusion plasmas, as well as to spontaneously generated zonal flows. To …

One of the challenges in obtaining long lasting magnetic confinement of fusion plasmas in
tokamaks is to control electrostatic turbulence near the vessel wall. A necessary step …