The review is dedicated to characteristics of the mechanical behavior of various materials at
submicro-and nanoscale levels. To a large extent, progress in this area is determined by the …

Alloys containing a dispersion of fine, stable oxides can develop useful creep strength to 90
percent of their melting temperature, providing a capability of 100 to 150° C or more over …

Abstract Effect of Ti addition on oxidation behavior of Ni-Cr-W alloys was systematically
investigated by isothermal oxidation in air. The oxidation rate is accelerated by Ti addition …

The oxidation properties of a family of novel polycrystalline Ni-based superalloys with
varying Ti: Nb ratio have been studied, which has shown a correlation between increasing …

Spatio-temporal nonuniformities in H2 oxidation on individual Rh (hkl) domains of a
polycrystalline Rh foil were studied in the 10–6 mbar pressure range by photoemission …

The catalytic behavior of Rh particles supported by three different materials (Rh, Au, and
ZrO2) in H2 oxidation has been studied in situ by correlative photoemission electron …

Self‐diffusion is a fundamental physical process that, in solid materials, is intimately
correlated with both microstructure and functional properties. Local transport behavior is …

High chromium ferritic steels are being used as construction materials for interconnects in
solid oxide electrolysis cells (SOEC). Addition of niobium in the range of a few tenths of a …

Conspectus Isotopic engineering has emerged as a key approach to study the nucleation,
diffusion, phase transitions, and reactions of materials at an atomic level. It aims to uncover …

The oxidation behavior of a ferritic steel Fe-23Cr-0.5 Mn-0.6 Nb-0.1 Ti (at%) considered for
application in solid oxide cell (SOC) stack interconnects was studied at 800° C. The …