The synthesis and characterization of two dimensional materials are in the focus of
nanomaterial and surface science, heterogeneous catalytic and nanoelectronic research …

Surface templating by electrostatic surface potentials is the least invasive way to design
large-scale artificial nanostructures. However, generating sufficiently large potential …

Most hBN nanostructures were fabricated using the chemical method. However, growing by
the physical method also has many advantages, they are easy to synthesize this material on …

In this paper the thermal properties of Au and Rh deposits are compared on hexagonal
boron nitride (h-BN)“nanomesh” prepared on Rh (1 1 1), applying STM, XPS, low energy ion …

Physisorption on hexagonal boron nitride (hBN) gained interest over the years thanks to its
properties (chemically and thermally stable, insulating properties, etc.) and similarities to the …

The 2D atomic structure of h-BN would be an excellent dielectric layer to complement
graphene electronics. When grown sequentially on metal substrates to create GR/h …

Catalytic studies aim to design new catalysts to eliminate unwanted by-products and obtain
100% selectivity for the preferred target product without losing activity. For this purpose …

The goal toward the ultimate density limit of magnetic information storage is now focused on
the creations of identical magnetic clusters as well as their arrangements on a template …

The adsorption characteristics of various gas molecules (H2, CO, NO) and transition metal
atoms (Au, Cr) in respect of hexagonal boron nitride monolayers (hBN-MLs) were studied …

The focus is on the development and implementation of computationally efficient electron
tunneling theories capable of simulating high-resolution STM based on first-principles …