A systems science examination of the Earth's fully interconnected dynamic magnetosphere
is presented. Here the magnetospheric system (aka the magnetosphere–ionosphere …

During the last decade, a number of studies have shown that turbulent processes in the
plasma sheet are very important for the analysis of the formation of quasi‐stable plasma …

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 magnetosphere is a multi-scale spatio-temporal complex dynamical system. In this
context, we have analyzed the multifractal behavior of the AL index, as a proxy for an energy …

We studied the temporal evolution of fractality for geomagnetic activity, by calculating fractal
dimensions from the Dst data and from a magnetohydrodynamic shell model for turbulent …

The study of complexity in two aspects of the magnetic activity in the Sun‐Earth system is
presented. We compare the temporal evolution of the magnetic fluctuations in the Earth's …

This perspective advocates for the need of a combined system science approach to global
magnetospheric models and to spacecraft magnetospheric data to answer the question “Do …

A magnetohydrodynamic (MHD) shell model is used to describe the dissipative events
which take place in magnetized plasmas. A scatter plot box-counting fractal dimension D is …

We have studied the turbulent processes in the central plasma sheet using the tailward
alignments of THEMIS satellites. Fluctuations of the plasma bulk velocity and corresponding …

微流体技术良好的可控性为制备高通量的单分散性气泡或液滴提供了新的途径,
气泡和液滴的流动行为因在材料领域具有较大的应用前景而受到关注. 综述了近年来微通道内 …