W-Si-N coatings were deposited by sputtering and their chemical composition, structure, thermal and oxidation behaviour were characterised. Si-containing films are essentially amorphous. W69Si31 film crystallises at 750 °C as [alpha]-W and W5Si3 phases whereas no significant structural transformations were observed for W24Si21N55 film up to 1000 °C, In both cases elemental diffusion (Si and N) for the substrate was detected after thermal annealing. These coatings present much better oxidation resistance than W and W45N55 coatings.http://www.sciencedirect.com/science/article/B6TW0-3Y6PSMH-21/1/4bbc4e5d0073b4d83d325b3e19383dd
[[abstract]]The thermal stability and oxidation resistance of similar to 100-nm-thick W, TiW, W(N) a...
Amorphous W-Zr and W-N alloys were investigated as diffusion barriers in silicon metallization schem...
We present a new method for retarding the oxidation rate of hardmetals. By diffusion impregnating a ...
In this paper, a review of the influence of the addition of different chemical elements to some tran...
The oxidation behavior of reactively sputtered amorphous tungsten nitride of composition W_(80)N_(20...
As-deposited tungsten silicide films have typically high resistivity and require annealing to lower ...
The thermal stability of different W-O coatings, W100, W90O10, W54O46, W30O70 and W25O75, were studi...
Tungsten oxide coatings were deposited without substrate bias by DC reactive magnetron sputtering of...
The oxidation rate of sputtered tungsten-based coatings, oxidised in air at temperatures of 600°C-80...
W-Si-N films were deposited by reactive sputtering in a Ar + N-2 atmosphere from a W target encruste...
Thin films of tungsten oxide were deposited on silicon substrates using reactive radio frequency spu...
AbstractThe high-temperature oxidation behavior of Al-Si coatings on the Ni-base superalloy DZ125, w...
The oxidation kinetics of reactively sputtered amorphous Ta36Si14N50 thin films are studied in dry a...
The goal of the study is to determine the effect of W-doping on the thermo-oxidation of carbon co-de...
Intermetallic Al-Si-based coatings can greatly increase the oxidation resistance of γ-TiAl alloys. H...
[[abstract]]The thermal stability and oxidation resistance of similar to 100-nm-thick W, TiW, W(N) a...
Amorphous W-Zr and W-N alloys were investigated as diffusion barriers in silicon metallization schem...
We present a new method for retarding the oxidation rate of hardmetals. By diffusion impregnating a ...
In this paper, a review of the influence of the addition of different chemical elements to some tran...
The oxidation behavior of reactively sputtered amorphous tungsten nitride of composition W_(80)N_(20...
As-deposited tungsten silicide films have typically high resistivity and require annealing to lower ...
The thermal stability of different W-O coatings, W100, W90O10, W54O46, W30O70 and W25O75, were studi...
Tungsten oxide coatings were deposited without substrate bias by DC reactive magnetron sputtering of...
The oxidation rate of sputtered tungsten-based coatings, oxidised in air at temperatures of 600°C-80...
W-Si-N films were deposited by reactive sputtering in a Ar + N-2 atmosphere from a W target encruste...
Thin films of tungsten oxide were deposited on silicon substrates using reactive radio frequency spu...
AbstractThe high-temperature oxidation behavior of Al-Si coatings on the Ni-base superalloy DZ125, w...
The oxidation kinetics of reactively sputtered amorphous Ta36Si14N50 thin films are studied in dry a...
The goal of the study is to determine the effect of W-doping on the thermo-oxidation of carbon co-de...
Intermetallic Al-Si-based coatings can greatly increase the oxidation resistance of γ-TiAl alloys. H...
[[abstract]]The thermal stability and oxidation resistance of similar to 100-nm-thick W, TiW, W(N) a...
Amorphous W-Zr and W-N alloys were investigated as diffusion barriers in silicon metallization schem...
We present a new method for retarding the oxidation rate of hardmetals. By diffusion impregnating a ...