During the past 20 years, the manipulation of atoms and molecules at surfaces has allowed
the construction and characterization of model systems that could, potentially, act as building …

Insulating substrates allow for in-plane contacted molecular electronics devices where the
molecule is in contact with the insulator. For the development of such devices it is important …

The current study presents the first investigation in which the performance of different-size
fullerene-based nanotrucks on different gold substrates was evaluated. For this aim, the …

The main goal of this study is to consider the simultaneous effect of the surface gradient and
the temperature changes on nano-machine migration on gold substrates. By so doing, we …

In the current study, the regime of motion of fullerene molecules on substrates with different
shapes at a range of specific temperatures has been investigated. To do so, the potential …

We present a theoretical modeling study of self-assembly of molecules into two-dimensional
(2D) hydrogen-bonded networks. We compare two computational techniques, molecular …

In the ongoing effort to miniaturize the functional elements in electronic devices, molecular
dimensions are currently approached. Scanning probe microscopy has demonstrated …

A new method for guiding the motion of fullerene and fullerene-based nanocars is
introduced in this paper. The effects of non-flat substrates on the motion of C60, a nanocar …

In this paper, we have studied the motion of buckminsterfullerene (C 60) on a gold surface
by analyzing its potential energy and using classical molecular dynamics method. The …

In the present study, the regime of motion of fullerene molecules on graphene substrate in a
specific temperature range is investigated. The potential energy of fullerene molecules is …