A review is presented that covers the experimental and theoretical literature relating to the
preparation, electronic structure and chemical and physical properties of the surfaces of the …

In the present work, we report on theoretical studies of thermodynamic properties, structural
and dynamic stabilities, dependence of unit-cell parameters and elastic constants upon …

Based on first-principle study, the adsorption mechanism of Cs on (100) crystal plane of GaN
nanowire surface with coverage of 1/12 monolayer is explored. It is discovered that the most …

Germanium, gallium, nitrogen, and oxygen deposition on both GaN (0001) and GaN (000 1
̄) surfaces were investigated. A multiscale simulation framework was implemented. The …

The magnitudes of the surface band bending have been determined by X-ray photoelectron
spectroscopy for polar, semipolar, and non-polar surfaces of wurtzite GaN crystals. All …

Wearable sensors with excellent comfort, flexibility and fast response are widely applied in
human-machine interactions, artificial skin, motion detection and healthcare monitoring …

Adhesion and friction are crucial considerations in the design of microelectromechanical
systems because they can directly influence the energy, dissipation and wear of the system …

In this study, we investigate the Cs adsorption mechanism on (110) surface of zinc-blende
GaAs nanowire. The adsorption energy, work function, dipole moment, geometric structure …

We study the cross-sectional shape of GaN nanowires (NWs) by transmission electron
microscopy. The shape is examined at different heights of long NWs, as well as at the same …

We have addressed the existing ambiguity regarding the effect of tensile strain in the
underlying GaN layer on Al x Ga 1− x N/GaN heterostructure properties. The bandgaps and …