The impact of H atoms and O impurities on the adsorption stability and work function of
cesiated Mo (0 0 1) surface are investigated in this paper through DFT calculations. The 53 …

A cesiated surface model was considered to study the dynamics of hydrogen atom scattering
using a semiclassical collisional method. Using dipole correction method, the work function …

We studied the work function of cesium deposition and co-deposition with the
electronegative element on the plasma grid (PG) using the first-principles calculations. The …

A negative hydrogen ion source delivers more beam current when Cs is introduced to the
discharge, but a continuous operation of the source reduces the beam current until more Cs …

Ab initio molecular dynamics simulations have been conducted to investigate the properties
of cesiated surface Mo (0 0 1) at the typical operating temperature of the negative hydrogen …

The investigation of light atoms and molecules interaction on cesiated surfaces attracted
remarkable attention during the last years, mainly due to its application on tuning the …

Hydrogen atoms recombination via the Eley–Rideal mechanism on a cesiated surface was
studied using a semiclassical collisional model. The potential energy surface governing the …

Computer modeling technique based on the theory of stochastic processes have been used
in order to provide a realistic simulation of the behavior of nanoscopic systems, related in …

We studied the adsorption of H on Cs/W (110) by performing density functional theory (DFT)
based total energy calculations to determine the influence of H on Cs stability on the surface …

The interaction dynamics of atomic and molecular oxygen with a caesium-covered
molybdenum surface is studied within a semiclassical collision method in conjunction with a …