Electronic devices based on two-dimensional (2D) materials will need ultraclean and defect-
free van der Waals (vdW) contacts with three-dimensional (3D) metals. It is therefore …

The adsorption and desorption kinetics of molecules is of significant fundamental and
applied interest. In this paper, we present a new method to quantify the energy barriers for …

We demonstrate a versatile concept for manipulating morphology of thin (≤ 25 nm) noble-
metal films on weakly interacting substrates using growth of Ag on SiO 2 as a model system …

In this work, we use optical reflectance spectroscopy to study the plexciton formation
between Ag nanoclusters and C 60 molecules. The Ag clusters are fabricated on high …

The present work models temperature-dependent (⁠ 500− 1300 K⁠) diffusion dynamics of
Ag, Au, and Cu adatoms on MoS 2 as well as electronic and magnetic properties of adatom …

This study investigates the interaction between copper (Cu) and silver (Ag) clusters and
graphene-based materials using molecular dynamics simulations. It focuses on how …

The excessive use of antibiotics has contributed to the rise in antibiotic-resistant bacteria,
and thus, new antibacterial compounds must be developed. Composite materials based on …

We fabricate α-terthiophene single-molecule junctions (SMJs) and characterize their
conductive states by the simultaneous measurements of surface-enhanced Raman …

Few-atom clusters show great promise as catalysts for a number of industrially relevant
chemical reactions due to their high reactivity and size-dependent physical properties. To …

This paper is devoted to the studies of the specific features of the simulation of the particle
diffusion processes in space–periodic potentials using Langevin equations. Different …