Samples of U-10 wt% Mo (Usingle bond Mo) alloy were thermomechanically processed and
annealed at 600° C and 700° C for periods lasting up to 8 h. Annealed microstructures were …

The alloy U-10 wt% Mo was annealed at temperatures ranging from 700° C to 900° C for
periods lasting up to 24 h. Annealed microstructures were examined using Electron …

This work describes the microstructural evolution in an alloy of uranium with 10 wt.%
molybdenum (U10Mo), with minor addition of a third alloying element, namely, Cr, Ni, or Co …

The structural properties of a U–10 wt% Mo powder sample prepared by the centrifugal
atomization method were investigated by the Rietveld total profile analysis method. The high …

The structure of U–5.4 wt% Mo alloy prepared by the centrifugal atomization method and the
decomposition of the alloy at elevated temperature were studied. The single uniform γ …

Abstract U–9Mo–3Zr and U–3Mo–9Zr alloys were characterized, through hardness and
simple bending tests, at different processing stages designed to produce nuclear reactor …

Transformation kinetics of metastable body-centered cubic γ-UMo phase in U-10 wt.% Mo
alloy during annealing at sub-eutectoid temperatures of 500° C and 400° C has been …

Grain boundaries and second phase particles are known to have a significant influence on
the recrystallization kinetics of metals undergoing thermomechanical processing. Using ex …

The characteristics of high density U Mo alloy powder solidified rapidly by the centrifugal
atomization process have been examined. The results indicate that most of the atomized U …

In the first part of this series, it was determined that the as-cast U-10Mo had a dendritic
microstructure with chemical inhomogeneity and underwent eutectoid transformation during …