We briefly review the recent results on formation of self-assembled nanostructures during heteroepitaxy of immiscible metals. The methods of microscopic modelling of multicomponent growth are described. Results of simulation of self-assembled structures with alternating strips using both lattice and off-lattice atomistic models are presented
We investigate the formation of nanostructures in 2D strained alloys on face centered cubic (111) su...
We investigate the formation of nanostructures in 2D strained alloys on face centered cubic (111) su...
We investigate the formation of nanostructures in 2D strained alloys on face centered cubic (111) su...
We briefly review the recent results on formation of self-assembled nanostructures during heteroepit...
We briefly review the recent results on formation of self-assembled nanostructures during heteroepit...
We briefly review the recent results on formation of self-assembled nanostructures during heteroepit...
We briefly review the recent results on formation of self-assembled nanostructures during heteroepit...
We briefly review the recent results on formation of self-assembled nanostructures during heteroepit...
We briefly review the recent results on formation of self-assembled nanostructures during heteroepit...
We briefly review the recent results on formation of self-assembled nanostructures during heteroepit...
We study the formation of nanostructures with alternating stripes composed of bulk-immiscible adsorb...
We present a novel method for the fabrication of well-ordered, two-dimensional nanocluster arrays. T...
We study the formation of nanostructures with alternating stripes composed of bulk-immiscible adsorb...
We investigate the formation of nanostructures in 2D strained alloys on face centered cubic (111) su...
We investigate the formation of nanostructures in 2D strained alloys on face centered cubic (111) su...
We investigate the formation of nanostructures in 2D strained alloys on face centered cubic (111) su...
We investigate the formation of nanostructures in 2D strained alloys on face centered cubic (111) su...
We investigate the formation of nanostructures in 2D strained alloys on face centered cubic (111) su...
We briefly review the recent results on formation of self-assembled nanostructures during heteroepit...
We briefly review the recent results on formation of self-assembled nanostructures during heteroepit...
We briefly review the recent results on formation of self-assembled nanostructures during heteroepit...
We briefly review the recent results on formation of self-assembled nanostructures during heteroepit...
We briefly review the recent results on formation of self-assembled nanostructures during heteroepit...
We briefly review the recent results on formation of self-assembled nanostructures during heteroepit...
We briefly review the recent results on formation of self-assembled nanostructures during heteroepit...
We study the formation of nanostructures with alternating stripes composed of bulk-immiscible adsorb...
We present a novel method for the fabrication of well-ordered, two-dimensional nanocluster arrays. T...
We study the formation of nanostructures with alternating stripes composed of bulk-immiscible adsorb...
We investigate the formation of nanostructures in 2D strained alloys on face centered cubic (111) su...
We investigate the formation of nanostructures in 2D strained alloys on face centered cubic (111) su...
We investigate the formation of nanostructures in 2D strained alloys on face centered cubic (111) su...
We investigate the formation of nanostructures in 2D strained alloys on face centered cubic (111) su...
We investigate the formation of nanostructures in 2D strained alloys on face centered cubic (111) su...