At FOM Rijnhuizen, linear plasma generators are used to investigate plasma-material interactions under high-density (≤1021 m -3), low-temperature (≤5 eV) plasma bombardment. Research into carbon-based materials has been focused on chemical erosion by hydrogen plasmas. Results from plasma exposure to high-flux (>1023 H +/m2 s) and low-temperature hydrogen plasma indicate silicon carbide has a lower relative rate of gross erosion than other carbon-based materials (e.g. graphite, diamond, carbon-fiber composites) by a factor of 7-10. Hydrogenic retention is the focus of research on tungsten and molybdenum. For target temperatures of 700-1600 K, the temperature dependence of hydrogenic retention is the dominant factor. Damage to the surface ...
Effect of carbon based mixed-material deposition layer formation on hydrogen isotope retention was s...
FOM-Rijnhuizen is building, in cooperation with its Trilateral Euregio Cluster (TEC) partners, a PSI...
Two sets of identical tungsten (W) targets are irradiated at 300 K with 12.3 MeV W4+ ions to peak da...
At FOM Rijnhuizen, linear plasma generators are used to investigate plasma-material interactions und...
At FOM Rijnhuizen, linear plasma generators are used to investigate plasma-material interactions und...
In next generation magnetic fusion devices such as ITER, plasma-facing materials are exposed to unpr...
In next generation magnetic fusion devices such as ITER, plasma-facing materials are exposed to unpr...
Tungsten (W) targets have been exposed to high density (n(e) <= 4 x 10(19) m(-3)), low temperature (...
In a thermonuclear reactor fusion between hydrogen isotopes takes place, producing helium and energy...
We have studied the chemical erosion of different carbon composites in Pilot-PSI at ITER-relevant hy...
The interaction between plasmas and surfaces play an important role in both low-temperature (industr...
Tungsten (W) and molybdenum (Mo) targets are exposed to the plasma conditions expected at the strike...
Effect of carbon based mixed-material deposition layer formation on hydrogen isotope retention was s...
FOM-Rijnhuizen is building, in cooperation with its Trilateral Euregio Cluster (TEC) partners, a PSI...
Two sets of identical tungsten (W) targets are irradiated at 300 K with 12.3 MeV W4+ ions to peak da...
At FOM Rijnhuizen, linear plasma generators are used to investigate plasma-material interactions und...
At FOM Rijnhuizen, linear plasma generators are used to investigate plasma-material interactions und...
In next generation magnetic fusion devices such as ITER, plasma-facing materials are exposed to unpr...
In next generation magnetic fusion devices such as ITER, plasma-facing materials are exposed to unpr...
Tungsten (W) targets have been exposed to high density (n(e) <= 4 x 10(19) m(-3)), low temperature (...
In a thermonuclear reactor fusion between hydrogen isotopes takes place, producing helium and energy...
We have studied the chemical erosion of different carbon composites in Pilot-PSI at ITER-relevant hy...
The interaction between plasmas and surfaces play an important role in both low-temperature (industr...
Tungsten (W) and molybdenum (Mo) targets are exposed to the plasma conditions expected at the strike...
Effect of carbon based mixed-material deposition layer formation on hydrogen isotope retention was s...
FOM-Rijnhuizen is building, in cooperation with its Trilateral Euregio Cluster (TEC) partners, a PSI...
Two sets of identical tungsten (W) targets are irradiated at 300 K with 12.3 MeV W4+ ions to peak da...