International audienceRadiation damage lowers the melting point of metal tungsten, an effect that needs to be reckoned with for fusion reactors
This work exploits modern techniques to resolve the effects of the onset of radiation damage in tung...
In this work, damage results of four 12 mm × 12 mm × 5 mm PLANSEE double forged tungsten target samp...
Tungsten samples were exposed to combined steady state and edge localised mode transient replication...
International audienceRadiation damage lowers the melting point of metal tungsten, an effect that ne...
Melting is one of the major risks associated with tungsten (W) plasma-facing components (PFCs) in to...
International audienceAbstract The consequences of tungsten (W) melting on divertor lifetime and pla...
International audienceThe consequences of tungsten (W) melting on divertor lifetime and plasma opera...
Radiation damage production and accumulation in solids can be divided into two stages. In the produc...
In future nuclear fusion reactors plasma-facing materials (PFMs) will be exposed to transient high e...
Tungsten remains a leading candidate for plasma facing component (PFC) in future fusion devices. Thi...
Tungsten will be an important material inside future fusion reactors. However, replicating the neutr...
A coupled two-temperature, molecular dynamics methodology is used to simulate the structural evoluti...
Tungsten samples were exposed to combined steady state and edge localised mode transient replication...
Full tungsten poloidal and mushroom limiters were tested in series of experiments with disruptions i...
In this work, damage results of four 12 mm × 12 mm × 5 mm PLANSEE double forged tungsten target samp...
This work exploits modern techniques to resolve the effects of the onset of radiation damage in tung...
In this work, damage results of four 12 mm × 12 mm × 5 mm PLANSEE double forged tungsten target samp...
Tungsten samples were exposed to combined steady state and edge localised mode transient replication...
International audienceRadiation damage lowers the melting point of metal tungsten, an effect that ne...
Melting is one of the major risks associated with tungsten (W) plasma-facing components (PFCs) in to...
International audienceAbstract The consequences of tungsten (W) melting on divertor lifetime and pla...
International audienceThe consequences of tungsten (W) melting on divertor lifetime and plasma opera...
Radiation damage production and accumulation in solids can be divided into two stages. In the produc...
In future nuclear fusion reactors plasma-facing materials (PFMs) will be exposed to transient high e...
Tungsten remains a leading candidate for plasma facing component (PFC) in future fusion devices. Thi...
Tungsten will be an important material inside future fusion reactors. However, replicating the neutr...
A coupled two-temperature, molecular dynamics methodology is used to simulate the structural evoluti...
Tungsten samples were exposed to combined steady state and edge localised mode transient replication...
Full tungsten poloidal and mushroom limiters were tested in series of experiments with disruptions i...
In this work, damage results of four 12 mm × 12 mm × 5 mm PLANSEE double forged tungsten target samp...
This work exploits modern techniques to resolve the effects of the onset of radiation damage in tung...
In this work, damage results of four 12 mm × 12 mm × 5 mm PLANSEE double forged tungsten target samp...
Tungsten samples were exposed to combined steady state and edge localised mode transient replication...