Add to ORKGMechanical properties determined for precipitation hardened tantalum base alloy /ASTAR-811C/ for potential use in Rankine cycle nuclear power system
Dispersion strengthened tantalum base alloys for use in advanced spacecraft power systems - metallu...
Creep tests of molybdenum base TZC, TZM alloys tantalum base T-111 and Astar 811C in vacuum environm...
Low cycle fatigue tests have been performed on the tantalum base alloys T-111 and ASTAR 811C with sy...
Dispersion strengthened tantalum base alloys for use in advanced space power system
Grain size and annealing temperature effects on creep properties of dispersion strengthened tantalum...
Creep properties, brittleness, hardness, and microstructure of dispersion strengthed tantalum base a...
Metallurgical condition was shown to have a significant effect on the creep properties of ASTAR-811C...
Dispersion strengthened tantalum base alloys - continued development in test progra
Five experimental tantalum alloy compositions containing 13-18% W+Re+Hf solid solution solute additi...
Dispersion strengthened tantalum base alloys - development with evaluation of oxygen contaminated an...
Three experimental tantalum alloy compositions containing 14-16% W, 1% Re, 0.7% Hf, 0.025% C or 0.01...
"Prepared by Westinghouse Astronuclear Laboratory, Pittsburgh, Pa., for Lewis Research Center, contr...
Phase identification and morphology studies of dispersion hardened tantalum base alloys for advanced...
Creep tests were conducted on two tantalum alloys (ASTAR 811C and T-111 alloy), on a molybdenum allo...
Because of its high melting point (2976C) tantalum has received consideration as a structural materi...
Dispersion strengthened tantalum base alloys for use in advanced spacecraft power systems - metallu...
Creep tests of molybdenum base TZC, TZM alloys tantalum base T-111 and Astar 811C in vacuum environm...
Low cycle fatigue tests have been performed on the tantalum base alloys T-111 and ASTAR 811C with sy...
Dispersion strengthened tantalum base alloys for use in advanced space power system
Grain size and annealing temperature effects on creep properties of dispersion strengthened tantalum...
Creep properties, brittleness, hardness, and microstructure of dispersion strengthed tantalum base a...
Metallurgical condition was shown to have a significant effect on the creep properties of ASTAR-811C...
Dispersion strengthened tantalum base alloys - continued development in test progra
Five experimental tantalum alloy compositions containing 13-18% W+Re+Hf solid solution solute additi...
Dispersion strengthened tantalum base alloys - development with evaluation of oxygen contaminated an...
Three experimental tantalum alloy compositions containing 14-16% W, 1% Re, 0.7% Hf, 0.025% C or 0.01...
"Prepared by Westinghouse Astronuclear Laboratory, Pittsburgh, Pa., for Lewis Research Center, contr...
Phase identification and morphology studies of dispersion hardened tantalum base alloys for advanced...
Creep tests were conducted on two tantalum alloys (ASTAR 811C and T-111 alloy), on a molybdenum allo...
Because of its high melting point (2976C) tantalum has received consideration as a structural materi...
Dispersion strengthened tantalum base alloys for use in advanced spacecraft power systems - metallu...
Creep tests of molybdenum base TZC, TZM alloys tantalum base T-111 and Astar 811C in vacuum environm...
Low cycle fatigue tests have been performed on the tantalum base alloys T-111 and ASTAR 811C with sy...