Anomalous lattice expansion in yttria stabilized zirconia under simultaneous applied electric and thermal fields: A time-resolved in situ energy dispersive x-ray …
Nonisothermal densification in 8% yttria doped zirconia (8YSZ) particulate matter of 250 nm
median particle size was studied under 215 V/cm dc electric field and 9 C/min heating rate …
median particle size was studied under 215 V/cm dc electric field and 9 C/min heating rate …
[HTML][HTML] Current-driven nanowire formation on surfaces of crystalline conducting substrates
The formation and precise manipulation of nanoscale features by controlling macroscopic
forces is essential to advancing nanotechnology. Toward this end, we report here a …
forces is essential to advancing nanotechnology. Toward this end, we report here a …
Analysis of current-driven oscillatory dynamics of single-layer homoepitaxial islands on crystalline conducting substrates
We report results of a systematic study on the complex oscillatory current-driven dynamics of
single-layer homoepitaxial islands on crystalline substrate surfaces and the dependence of …
single-layer homoepitaxial islands on crystalline substrate surfaces and the dependence of …
Interplay of surface and bulk elasticity in morphological stability of ultra-thin film coatings
This paper explores the interplay of surface and bulk elasticity on the evolution of surface
relief within nanosized thin-film coatings, driven by the relaxation of misfit stresses through …
relief within nanosized thin-film coatings, driven by the relaxation of misfit stresses through …
Complex pattern formation from current-driven dynamics of single-layer homoepitaxial islands on crystalline conducting substrates
We report a systematic study of complex pattern formation resulting from the driven
dynamics of single-layer homoepitaxial islands on surfaces of face-centered-cubic (fcc) …
dynamics of single-layer homoepitaxial islands on surfaces of face-centered-cubic (fcc) …
[HTML][HTML] Weakly nonlinear theory of secondary rippling instability in surfaces of stressed solids
Numerical simulations of the surface morphological evolution of uniaxially stressed elastic
crystalline solids have demonstrated that in addition to Asaro-Tiller/Grinfeld (surface …
crystalline solids have demonstrated that in addition to Asaro-Tiller/Grinfeld (surface …
Stabilization of the surface morphology of stressed solids using thermal gradients
We examine the surface morphological stability of thermally conducting crystalline elastic
solids in uniaxial tension under the action of a temperature gradient. We use linear stability …
solids in uniaxial tension under the action of a temperature gradient. We use linear stability …
[HTML][HTML] Surface nanopattern formation due to current-induced homoepitaxial nanowire edge instability
Physical nanopatterning based on a precise control of macroscopic forcing is an essential
tool of nanoscale science and technology. Using an externally applied electric field as the …
tool of nanoscale science and technology. Using an externally applied electric field as the …
Stabilization of the surface morphology of stressed solids using simultaneously applied electric fields and thermal gradients
We analyze the surface morphological stability of bulk conducting face-centered cubic (fcc)
crystalline solids in uniaxial tension under the simultaneous action of an electric field and a …
crystalline solids in uniaxial tension under the simultaneous action of an electric field and a …
The effect of a thermal gradient on the electromigration-driven surface morphological stabilization of an epitaxial thin film on a compliant substrate
We report a theoretical analysis on the surface morphological stability of a coherently
strained thin film that has been grown epitaxially on a deformable substrate and is …
strained thin film that has been grown epitaxially on a deformable substrate and is …