High strength forgeable tantalum base alloy

Increasing tungsten content of tantalum base alloy to 12-15% level will improve high temperature creep properties of existing tantalum base alloys while retaining their excellent fabrication and welding characteristics

Tantalum alloys resist creep deformation at elevated temperatures

Dispersion-strengthened tantalum-base alloys possess high strength and good resistance to creep deformation at elevated temperatures in high vacuum environments. They also have ease of fabrication, good weldability, and corrosion resistance to molten alkali metals

Development of dispersion strengthened tantalum base alloy fifth quarterly report, nov. 20, 1964 - feb. 19, 1965

Dispersion strengthened tantalum base alloys for advanced space power system

Development of dispersion strengthened tantalum base alloy Quarterly progress report no. 6, Feb. 20 - May 19, 1965

Dispersion strengthened tantalum base alloys for use in advanced spacecraft power systems - metallurg

Development of dispersion strengthened tantalum base alloy Quarterly progress report, 20 Feb. - 20 May 1967

Creep properties, brittleness, hardness, and microstructure of dispersion strengthed tantalum base alloy

Precipitation strengthened tantalum base alloys

Mechanical properties of precipitation strengthened tantalum base alloy

Development of dispersion strengthened tantalum base alloy Quarterly progress report, 20 May - 20 Aug. 1966

Dispersion strengthened tantalum base alloys - continued development in test progra

Evaluation of refractory/austenitic bimetal combinations Third progress report, Dec. 22, 1965 - Jun. 22, 1966

Compatibility of explosively bonded refractory austenitic bimetal composites after isothermal and cyclic thermal exposur

Development of dispersion strengthened tantalum base alloy Eighth quarterly progress report, 20 Aug. - 20 Nov. 1965

Phase identification and morphology studies of dispersion hardened tantalum base alloys for advanced space power use

Development of dispersion strengthened tantalum base alloy Quarterly progress report, 20 Nov. 1965 - 20 Feb. 1966

Welding, aging, and oxygen contamination effects on dispersion strengthened tantalum base alloy