Add to ORKGProtective coating parameters for improving oxidation resistance and reliability of silicide coating systems for tantalum alloy
Methods of applying iridium to refractory metal substrate, chemical and mechanical behavior of coati...
Oxidation tests in static air at 2500 deg F, constant and cyclic temperature tests, and room tempera...
A commercially available Fe-Cr-Si coating (R512E) and a silicide coating were evaluated regarding th...
Physical property evaluation of oxidation resistant coating materials for high temperature protectio...
Tungsten, titanium, vanadium, and molybdenum modifier alloys for coating of tantalum base alloy
Evaluation of mechanical properties, oxidation resistance, and structure of slurry silicide coated t...
Material selection and electrophoretic deposition studies of high temperature oxidation resistant co...
A group of silicide coatings developed for the T222 tantalum-base alloy have afforded over 600 hours...
Coated tantalum alloys and refractory metal coatings for leading edge regions of hypersonic cruise v...
Oxidation protection by silicides of niobium and tantalum, and thermochemical dat
A fused slurry silicide coating was developed to provide atmospheric reentry protection for the 90Ta...
Iridium coatings for high temperature oxidation protection on tantalum, niobium, molybdenum, and tun...
Metalliding parameters developed for sequential deposition of manganese, aluminum, and tantalum allo...
High temperature protective coating for refractory metals - electrodeposition and diffusion bonding ...
The status of several coating programs is reviewed. These include efforts on protecting aircraft gas...
Methods of applying iridium to refractory metal substrate, chemical and mechanical behavior of coati...
Oxidation tests in static air at 2500 deg F, constant and cyclic temperature tests, and room tempera...
A commercially available Fe-Cr-Si coating (R512E) and a silicide coating were evaluated regarding th...
Physical property evaluation of oxidation resistant coating materials for high temperature protectio...
Tungsten, titanium, vanadium, and molybdenum modifier alloys for coating of tantalum base alloy
Evaluation of mechanical properties, oxidation resistance, and structure of slurry silicide coated t...
Material selection and electrophoretic deposition studies of high temperature oxidation resistant co...
A group of silicide coatings developed for the T222 tantalum-base alloy have afforded over 600 hours...
Coated tantalum alloys and refractory metal coatings for leading edge regions of hypersonic cruise v...
Oxidation protection by silicides of niobium and tantalum, and thermochemical dat
A fused slurry silicide coating was developed to provide atmospheric reentry protection for the 90Ta...
Iridium coatings for high temperature oxidation protection on tantalum, niobium, molybdenum, and tun...
Metalliding parameters developed for sequential deposition of manganese, aluminum, and tantalum allo...
High temperature protective coating for refractory metals - electrodeposition and diffusion bonding ...
The status of several coating programs is reviewed. These include efforts on protecting aircraft gas...
Methods of applying iridium to refractory metal substrate, chemical and mechanical behavior of coati...
Oxidation tests in static air at 2500 deg F, constant and cyclic temperature tests, and room tempera...
A commercially available Fe-Cr-Si coating (R512E) and a silicide coating were evaluated regarding th...