My diploma thesis is focused on the use of numerical computer codes for simulation in plasma astrophysics. They will learn the basic characteristics of the Sun, a closer focus on the solar corona and the solar corona heating problem. The following section is devoted to simulation software in plasma astrophysics, their installing and displaying the results using the visualization software. In the conclusion is demonstrated using this software on a model example and a simulation that performs simulation of impulsively generated waves in solar coronal loops
A numerical simulation case involving space plasma and the evolution of instabilities that generates...
The Versatile Advection Code is a general purpose hydrodynamic and magnetohydrodynamic software pack...
AbstractThe new generation of massively parallel mainframes enabled computational physics to make a ...
The aim of this bachelor?s thesis is to numerically simulate propagation of impulsively generated wa...
In this thesis, we have observationally and theoretically studied some properties of solar plasma co...
This diploma thesis is focused on waves and oscillations in the solar corona, which takes place in a...
The aim of this thesis is to implement source terms to numerical model for curent sheet in solar atm...
This thesis is in the form of a background research. It contains pictures, schemes and colored graph...
The topic of the master thesis are the numerical simulations of magnetoacoustic waves in the solar c...
This thesis reports on the design and development of DYMPHNA3D, a 3D particle-in-cell (PIC) plasma s...
The subject of this bachelor thesis is the description of MHD ?Magnetohydrodynamic? equation and usi...
This diploma thesis is aimed to the possibilities of using low-temperature plasma in various fields ...
The universe has always been object of our fascination. Because the Sun is our nearest star naturall...
This paper offers practical suggestions for how to make the best use of com-puters to model plasma b...
Sources of space weather phenomena like Coronal Mass Ejections (CMEs) and shock fronts in the interp...
A numerical simulation case involving space plasma and the evolution of instabilities that generates...
The Versatile Advection Code is a general purpose hydrodynamic and magnetohydrodynamic software pack...
AbstractThe new generation of massively parallel mainframes enabled computational physics to make a ...
The aim of this bachelor?s thesis is to numerically simulate propagation of impulsively generated wa...
In this thesis, we have observationally and theoretically studied some properties of solar plasma co...
This diploma thesis is focused on waves and oscillations in the solar corona, which takes place in a...
The aim of this thesis is to implement source terms to numerical model for curent sheet in solar atm...
This thesis is in the form of a background research. It contains pictures, schemes and colored graph...
The topic of the master thesis are the numerical simulations of magnetoacoustic waves in the solar c...
This thesis reports on the design and development of DYMPHNA3D, a 3D particle-in-cell (PIC) plasma s...
The subject of this bachelor thesis is the description of MHD ?Magnetohydrodynamic? equation and usi...
This diploma thesis is aimed to the possibilities of using low-temperature plasma in various fields ...
The universe has always been object of our fascination. Because the Sun is our nearest star naturall...
This paper offers practical suggestions for how to make the best use of com-puters to model plasma b...
Sources of space weather phenomena like Coronal Mass Ejections (CMEs) and shock fronts in the interp...
A numerical simulation case involving space plasma and the evolution of instabilities that generates...
The Versatile Advection Code is a general purpose hydrodynamic and magnetohydrodynamic software pack...
AbstractThe new generation of massively parallel mainframes enabled computational physics to make a ...