Abstract
Some properties of gamma phase uranium-base molybdenum-niobium ternary alloys are described. Transformation kinetics of the gamma phase at 550, 500, and 450° C were followed primarily by resistometric techniques. Molybdenum-rich alloys with small additions of niobium were found to have the most sluggish transformation kinetics. Duplex gamma phase alloys had lower thermal stability than single phase alloys. Densities and electrical resistivities of alloys quenched from 1000° C were measured. Duplex phase alloys were determined by resistometric measurements and metallographic examination.
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