AbstractWe carry out generalized-ensemble molecular dynamics simulations of the formation of small helium (He) clusters in bulk tungsten (W), a process of practical relevance for fusion energy production. We calculate formation free energies of small helium clusters at temperatures up to the melting point of W, encompassing the whole range of interest for fusion-energy production. From this, parameters like cluster break-up or formation rates can be calculated, which help to refine models of microstructure evolution in He-irradiated tungsten
It is important to develop an understanding of the evolution of W microstructure the conditions the ...
International audienceWe apply the Object Kinetic Monte Carlo method to simulate the hydrogen (H) cl...
Molecular dynamics (MD) methods are used to study nanosized helium (He) bubble coalescence process i...
Tungsten has been chosen as the divertor armour material in ITER and is the main candidate material ...
Tungsten is the prime candidate material for divertor applications in future nuclear reactors (e.g. ...
Magnetic confinement fusion is a promising technology for electricity production due to available fu...
Tungsten is the prime candidate material for divertor applications in future nuclear reactors (e.g. ...
Tungsten is the prime candidate material for divertor applications in future nuclear reactors (e.g. ...
Tungsten is the prime candidate material for divertor applications in future nuclear reactors (e.g. ...
Tungsten is the prime candidate material for divertor applications in future nuclear reactors (e.g. ...
Tungsten has been chosen as the divertor armour material in ITER and is the main candidate material ...
Tungsten is a leading candidate material for the diverter in future nuclear fusion reactors. Previou...
Tungsten has been chosen as the divertor armour material in ITER and is the main candidate material ...
Recently, tungsten has been found to form a highly underdense nanostructured morphology ("W fuzz") w...
Recently, tungsten has been found to form a highly underdense nanostructured morphology ("W fuzz") w...
It is important to develop an understanding of the evolution of W microstructure the conditions the ...
International audienceWe apply the Object Kinetic Monte Carlo method to simulate the hydrogen (H) cl...
Molecular dynamics (MD) methods are used to study nanosized helium (He) bubble coalescence process i...
Tungsten has been chosen as the divertor armour material in ITER and is the main candidate material ...
Tungsten is the prime candidate material for divertor applications in future nuclear reactors (e.g. ...
Magnetic confinement fusion is a promising technology for electricity production due to available fu...
Tungsten is the prime candidate material for divertor applications in future nuclear reactors (e.g. ...
Tungsten is the prime candidate material for divertor applications in future nuclear reactors (e.g. ...
Tungsten is the prime candidate material for divertor applications in future nuclear reactors (e.g. ...
Tungsten is the prime candidate material for divertor applications in future nuclear reactors (e.g. ...
Tungsten has been chosen as the divertor armour material in ITER and is the main candidate material ...
Tungsten is a leading candidate material for the diverter in future nuclear fusion reactors. Previou...
Tungsten has been chosen as the divertor armour material in ITER and is the main candidate material ...
Recently, tungsten has been found to form a highly underdense nanostructured morphology ("W fuzz") w...
Recently, tungsten has been found to form a highly underdense nanostructured morphology ("W fuzz") w...
It is important to develop an understanding of the evolution of W microstructure the conditions the ...
International audienceWe apply the Object Kinetic Monte Carlo method to simulate the hydrogen (H) cl...
Molecular dynamics (MD) methods are used to study nanosized helium (He) bubble coalescence process i...