Systems based on the charging line are one of the most suitable designs of electromagnetic
pulses generators for building up test lines of electronic devices. Such cable-based charging …

Based on calculations conducted on a microscopic level, the phonon heat capacity of
ultrathin graphene nanofilms such as bigraphene and trigraphene, and single-wall …

Materials with a negative thermal expansion coefficient have diverse potential applications
in electronic engineering. For instance, mixing two materials with negative and positive …

The nature of flexural rigidity of graphene monolayers and the formation of the quasi-flexural
modes in graphite and graphene nanofilms is explained. It is shown, that in the major part of …

The character of propagation in graphene nanostructures of quasi-flexural phonons, whose
dispersion law differs from that of sound, is analyzed. Based on the calculation of the …

Phonon and electron spectra of graphene nanofilms and nanotubes with defects are
analyzed. The electron and phonon local densities of states (LDOSs) are calculated for …

The main aim of proposed research is to consider a method for increasing the efficiency and
the lifetime of photovoltaic systems. This article briefly presents theoretical methods for …

The introduction of electronic load for testing high-accurate low-voltage sources (solar cells)
requires thorough reviewing not only the circuit construction, but also thermal and …

The nature of flexural rigidity of graphene monolayers and a formation of the quasi-flexural
modes in a graphite and the graphene nano-films is explained. It is shown, that in the major …

-The analysis of load non-uniformity in 10 kV distribution electric networks in the power
system of Ukraine is presented. One of the possible directions of coverage of peak loads …