Add to ORKGResistance for repetitive pulse heat load and vacuum properties of F82H steel protected by plasma-sprayed W, which is being developed as advanced plasma facing armor material for fusion reactors, was experimentally examined. Microscopic observation of the sprayed W by means of EBSD and SEM revealed that deposition of large spherical particles of un-melted and/or re-solidified W ejected from the plasma gun prevent good interlayer adhesion in the sprayed W. It was experimentally shown that the number of the spherical particles will be minimized by optimizing the power of the gun and the distance between the plasma gun and the substrates. In order to reduce large retention of residual gas pre-annealing in vacuum above 450K is necessary
W is a favorable material for protecting mechanical components such as thermal shields and divertor ...
Tungsten is a prime choice for armor material in future nuclear fusion devices. For the realization ...
W is a favorable material for protecting mechanical components such as thermal shields and divertor ...
As structural materials for future fusion power plants, reduced activation ferritic martensitic stee...
As structural materials for future fusion power plants, reduced activation ferritic martensitic stee...
The key to improving the heat load of vacuum plasma sprayed tungsten coatings on low activation ferr...
This thesis describes the design, manufacture and characterisation of thick vacuum plasma sprayed tu...
This thesis describes the design, manufacture and characterisation of thick vacuum plasma sprayed tu...
This thesis describes the design, manufacture and characterisation of thick vacuum plasma sprayed tu...
To protect First-Wall components, made of reduced activation ferritic martensitic steel, against the...
To protect First-Wall components, made of reduced activation ferritic martensitic steel, against the...
F82H reduced activation steel coated with vacuum plasma sprayed (VPS) tungsten is a candidate as a p...
Tungsten (W) is a material which has the highest melting point of 3422 ℃ among metals. Therefore whe...
Nuclear fusion is considered to be a promising energy source for the future. One of the biggest pro...
W is a favorable material for protecting mechanical components such as thermal shields and divertor ...
W is a favorable material for protecting mechanical components such as thermal shields and divertor ...
Tungsten is a prime choice for armor material in future nuclear fusion devices. For the realization ...
W is a favorable material for protecting mechanical components such as thermal shields and divertor ...
As structural materials for future fusion power plants, reduced activation ferritic martensitic stee...
As structural materials for future fusion power plants, reduced activation ferritic martensitic stee...
The key to improving the heat load of vacuum plasma sprayed tungsten coatings on low activation ferr...
This thesis describes the design, manufacture and characterisation of thick vacuum plasma sprayed tu...
This thesis describes the design, manufacture and characterisation of thick vacuum plasma sprayed tu...
This thesis describes the design, manufacture and characterisation of thick vacuum plasma sprayed tu...
To protect First-Wall components, made of reduced activation ferritic martensitic steel, against the...
To protect First-Wall components, made of reduced activation ferritic martensitic steel, against the...
F82H reduced activation steel coated with vacuum plasma sprayed (VPS) tungsten is a candidate as a p...
Tungsten (W) is a material which has the highest melting point of 3422 ℃ among metals. Therefore whe...
Nuclear fusion is considered to be a promising energy source for the future. One of the biggest pro...
W is a favorable material for protecting mechanical components such as thermal shields and divertor ...
W is a favorable material for protecting mechanical components such as thermal shields and divertor ...
Tungsten is a prime choice for armor material in future nuclear fusion devices. For the realization ...
W is a favorable material for protecting mechanical components such as thermal shields and divertor ...