Sentence examples for processes of electron from inspiring English sources

Simultaneously, this effect is connected with more complex processes of electron scattering and charge distribution in the surface layers.

Nowadays, a two-level scheme is used in the literature to describe the slow processes of electron transport in the RCs.

So, the spectrum analysis (Fig. 5) shows that the ML phenomenon is connected with complex processes of electron scattering on locally charged surface layers.

This work presents a molecular dynamics simulation method designed to describe the processes of electron and lattice relaxation taking place in the typical cascade volumes formed by high-energy implants.

The influence of alkyl chain length of imidazolium cations (Im+) on the kinetic processes of electron transport and recombination are investigated by Electrochemical impedance spectroscopy (EIS) and intensity-modulated photocurrent spectroscopy/intensity-modulated photovoltage spectroscopy (IMPS/IMVS).

It simultaneously models processes of electron beams spread in electron accelerator, elements of a design and the flash chamber under influence electric and magnetic fields; processes of formation of spatial distribution of an electric field and a secondary electrons current in the flash chamber.

Scattering processes of electrons at periodic perturbations are very important in solid-state physics and also a correct numerical treatment is crucial for the quantitative analysis of scattering processes in many research activities, e.g., spintronics.

More interestingly, the doping concentration of Alq3 strongly influences the injection and transport processes of electrons, thus determining the distribution of holes and electrons on NPB and Alq3 molecules.

The lower h in the pre-midnight period during winter as compared to equinox and summer seasons is explained by the fact that the lower n e of daytime during winter giving rise to slower the loss processes of electrons in the pre-midnight period (Maurya et al. 2012b).

In the process of electron capture, an inner-shell atomic electron is captured by the atomic nucleus, initiating the transformation of a nuclear proton into a neutron and lowering the atomic number by one unit (see radioactivity: Types of radioactivity).

Since such states can be attained by the particle at a lower energy-content than that needed for its transfer over the top of the energy barrier, according to the classical view, this fast process of electron exchange between the electrode and a particle in solution is termed electron tunnelling through the energy barrier.