A cobalt base alloy, S-57, was hot corrosion tested in Mach 0.3 burner rig combustion gases at maximum alloy temperatures of 900 and 1000 C. Various salt concentrations were injected into the burner: 0.5, 2, 5, and 10 ppm synthetic sea salt and 4 ppm sodium sulfate (Na2SO4). S-57 underwent accelerated corrosion only under the most severe test conditions, for example, 4 ppm Na2SO4 at 900 C. The process of the accelerated corrosion was primarily sulfidation
Because almost the entire U.S. consumption of cobalt depends on imports, this metal has been designa...
Tests were performed on selected steel and Ni-based alloys in simulated fireside corrosion condition...
Tests were performed on selected steel and Ni-based alloys in simulated fireside corrosion condition...
Samples of a cobalt-base alloy, Mar M-509, were subjected to hot corrosion in a Mach-0.3 burner rig....
The hot corrosion of five alloys was studied in cyclic tests in a Mach 0.3 burner rig into whose com...
The effect of SO3 pressure in the gas phase on the Na2SO4 induced hot corrosion of Co-Cr, Ni-Cr, and...
Four superalloys were tested at 900 C in high velocity combustion gases containing synthetic sea sal...
The effectiveness of several potential fuel additives in reducing the effects of sodium sulfate-indu...
The susceptibility to hot corrosion of four nickel base superalloys has been studied at 900 deg and ...
The susceptibility to hot corrosion of four nickel-base, cast superalloys has been studied at 900 an...
The effects of Cr, Al, Ti, Mo, Ta, Nb, and W content on the hot corrosion of nickel base alloys were...
The hot corrosion resistance of nickel-chromium-aluminum alloy was examined by cyclically oxidizing ...
Baseline burner rig hot corrosion with Udimet 700, Rene' 80; uncoated and with RT21, Codep, or NiCoC...
The hot corrosion of a nickel-base superalloy, Udimet 700, was studied in the temperature range of 8...
Sodium-sulfate-induced hot corrosion of preoxidized IN-738 was studied at 975 C with special emphasi...
Because almost the entire U.S. consumption of cobalt depends on imports, this metal has been designa...
Tests were performed on selected steel and Ni-based alloys in simulated fireside corrosion condition...
Tests were performed on selected steel and Ni-based alloys in simulated fireside corrosion condition...
Samples of a cobalt-base alloy, Mar M-509, were subjected to hot corrosion in a Mach-0.3 burner rig....
The hot corrosion of five alloys was studied in cyclic tests in a Mach 0.3 burner rig into whose com...
The effect of SO3 pressure in the gas phase on the Na2SO4 induced hot corrosion of Co-Cr, Ni-Cr, and...
Four superalloys were tested at 900 C in high velocity combustion gases containing synthetic sea sal...
The effectiveness of several potential fuel additives in reducing the effects of sodium sulfate-indu...
The susceptibility to hot corrosion of four nickel base superalloys has been studied at 900 deg and ...
The susceptibility to hot corrosion of four nickel-base, cast superalloys has been studied at 900 an...
The effects of Cr, Al, Ti, Mo, Ta, Nb, and W content on the hot corrosion of nickel base alloys were...
The hot corrosion resistance of nickel-chromium-aluminum alloy was examined by cyclically oxidizing ...
Baseline burner rig hot corrosion with Udimet 700, Rene' 80; uncoated and with RT21, Codep, or NiCoC...
The hot corrosion of a nickel-base superalloy, Udimet 700, was studied in the temperature range of 8...
Sodium-sulfate-induced hot corrosion of preoxidized IN-738 was studied at 975 C with special emphasi...
Because almost the entire U.S. consumption of cobalt depends on imports, this metal has been designa...
Tests were performed on selected steel and Ni-based alloys in simulated fireside corrosion condition...
Tests were performed on selected steel and Ni-based alloys in simulated fireside corrosion condition...