AbstractTungsten fuzz is well known as a surface with a high unipolar arc ignition probability in linear simulators of thermonuclear machines, but its properties can be significantly changed during modification. Results of transformation of such fuzzy surface under xenon ion beam irradiation are presented. It was found that the transformation process goes without temperature increasing and it is not the only result of sputtering redeposition of tungsten
Time-modulated helium (He) ion energy (e.g. V_Bias = -50 + 25*sin(2*pi*f_RF*t), f_RF = 13.56 MHz) is...
In this thesis, the sputtering of tungsten surfaces is studied under ion irradiation using molecular...
Structural damage due to high flux particle irradiation can result in significant changes to the the...
Nuclear fusion is a great potential energy source that can provide a relatively safe and clean limit...
Fuzzy tungsten is a phenomena that could potentially occur in future fusion reactors. There are thre...
Nuclear fusion is the most promising renewable energy source for the near future. It can provide a l...
Nanostructured tungsten has been proposed as a promising option for plasma facing materials in futur...
We report measurements of He-ion-beam induced tungsten nanofuzz formation for normal and non-normal ...
Nuclear fusion is one of the most promising concepts for future energy production, due to the almost...
Using the linear plasma device NAGDIS-II operating with gas mixtures of helium (He) and impurity (Ne...
Abstract This research investigated whether unipolar arcing in the divertor of fusion reactors is a ...
From the helium (He) plasma irradiations to tungsten performed in the Magnum-PSI device, the effects...
Higher melting point (3695K), lower sputtering yield and most importantly, lower in-bulk, and co-dep...
Impact of crystal orientation on the surface morphology of the helium plasma exposed tungsten has be...
The DIONISOS experiment is used to study the impact of RF helium (He) plasma on the surface morpholo...
Time-modulated helium (He) ion energy (e.g. V_Bias = -50 + 25*sin(2*pi*f_RF*t), f_RF = 13.56 MHz) is...
In this thesis, the sputtering of tungsten surfaces is studied under ion irradiation using molecular...
Structural damage due to high flux particle irradiation can result in significant changes to the the...
Nuclear fusion is a great potential energy source that can provide a relatively safe and clean limit...
Fuzzy tungsten is a phenomena that could potentially occur in future fusion reactors. There are thre...
Nuclear fusion is the most promising renewable energy source for the near future. It can provide a l...
Nanostructured tungsten has been proposed as a promising option for plasma facing materials in futur...
We report measurements of He-ion-beam induced tungsten nanofuzz formation for normal and non-normal ...
Nuclear fusion is one of the most promising concepts for future energy production, due to the almost...
Using the linear plasma device NAGDIS-II operating with gas mixtures of helium (He) and impurity (Ne...
Abstract This research investigated whether unipolar arcing in the divertor of fusion reactors is a ...
From the helium (He) plasma irradiations to tungsten performed in the Magnum-PSI device, the effects...
Higher melting point (3695K), lower sputtering yield and most importantly, lower in-bulk, and co-dep...
Impact of crystal orientation on the surface morphology of the helium plasma exposed tungsten has be...
The DIONISOS experiment is used to study the impact of RF helium (He) plasma on the surface morpholo...
Time-modulated helium (He) ion energy (e.g. V_Bias = -50 + 25*sin(2*pi*f_RF*t), f_RF = 13.56 MHz) is...
In this thesis, the sputtering of tungsten surfaces is studied under ion irradiation using molecular...
Structural damage due to high flux particle irradiation can result in significant changes to the the...