Add to ORKGSuperior oxidation protection for nickel-base alloys at temperatures up to 1367 K was obtained with cobalt-base alloy coating. Coating had 25 Cr, 14 Al, and 0.5 Y weight percent composition. Coating was applied by electron beam vapor deposition to thickness of 76 to 127 microns
GRCop-84, a Cu-CR-Nb alloy, has been developed for rocket engine liner applications. For maximum lif...
Aluminum oxide and nickel-chrome bonded chrome carbide coatings enhance the performance of gas beari...
Recently developed superalloys that form alumina coatings have a high potential for heat shield appl...
The final results of an oxidation-reduction rig evaluation of aluminide coatings are presented, as a...
Feasibility of using ductile nickel-chromium alloy claddings to protect chromium alloy turbine vanes...
Three oxidation-resistant alloy foil claddings for protecting typical gas turbine engine alloys of n...
Various compositions of nickel-silicon and aluminum-silicon slurries were sprayed on IN 100 specimen...
A duplex silicon-slurry/aluminide coating has been developed and cyclically tested in Mach 1 combust...
Alloy has high temperature properties exceeding strength of all known superalloys. It exhibits inher...
Oxidation protection of superalloys by thin claddings of Ni-Cr-Al-Si and Fe-Cr-Al-Y alloys examined ...
Aluminide coatings for nickel-base superalloy developed for high temperature jet engine component
High temperature oxidation resistant coatings for superalloys, refractory metals, and graphit
An article of manufacture having improved high temperature oxidation and corrosion resistance compri...
Alloys of the MCrAlX type are the basis for high temperature surface protection systems in gas turbi...
Improved aluminide/barrier coating combinations for dispersion strengthened nickel materials were in...
GRCop-84, a Cu-CR-Nb alloy, has been developed for rocket engine liner applications. For maximum lif...
Aluminum oxide and nickel-chrome bonded chrome carbide coatings enhance the performance of gas beari...
Recently developed superalloys that form alumina coatings have a high potential for heat shield appl...
The final results of an oxidation-reduction rig evaluation of aluminide coatings are presented, as a...
Feasibility of using ductile nickel-chromium alloy claddings to protect chromium alloy turbine vanes...
Three oxidation-resistant alloy foil claddings for protecting typical gas turbine engine alloys of n...
Various compositions of nickel-silicon and aluminum-silicon slurries were sprayed on IN 100 specimen...
A duplex silicon-slurry/aluminide coating has been developed and cyclically tested in Mach 1 combust...
Alloy has high temperature properties exceeding strength of all known superalloys. It exhibits inher...
Oxidation protection of superalloys by thin claddings of Ni-Cr-Al-Si and Fe-Cr-Al-Y alloys examined ...
Aluminide coatings for nickel-base superalloy developed for high temperature jet engine component
High temperature oxidation resistant coatings for superalloys, refractory metals, and graphit
An article of manufacture having improved high temperature oxidation and corrosion resistance compri...
Alloys of the MCrAlX type are the basis for high temperature surface protection systems in gas turbi...
Improved aluminide/barrier coating combinations for dispersion strengthened nickel materials were in...
GRCop-84, a Cu-CR-Nb alloy, has been developed for rocket engine liner applications. For maximum lif...
Aluminum oxide and nickel-chrome bonded chrome carbide coatings enhance the performance of gas beari...
Recently developed superalloys that form alumina coatings have a high potential for heat shield appl...