Despite the prodigious potential of lithium–sulfur (Li–S) batteries as future rechargeable
electrochemical systems, their commercial implementation is hindered by several vital …

Based on the first-principles simulations within the framework of density functional theory,
we predict that CoN 4 C 2 is a single-atom-thick two-dimensional material, which is …

Intercalation is basically the process of putting one or multiple guest elements into the van
der Waals gaps of a parent crystal in a reversible way. Two-dimensional (2D) materials have …

The review is devoted to the current state of research in one of the topical areas of the
physics and chemistry of two-dimensional materials—the study of atomically thin films. The …

Single-atom-thick two-dimensional material containing 3 d transition metal was rarely
reported in the past. Based on the first principles method, we predict that the cobalt …

We presented results of experimental studies of the structure and microwave reflective,
transmitting, and absorbing properties in the frequency ranges of 8–12 GHz and 25–36 GHz …

We present an algorithm for calculating structural characteristics of amorphous
nanogranular composites (mean free path of electron, average sizes of granules and gaps …

The most important task of flexible and stretchable electronics is to modify the structure in
nanoheterogeneous metal-dielectric media to control the properties of materials and create …

We report a systematic study of low energy metastable states in van der Waals semimetals
TiS2, TiSe2 and TiTe2 within the DFT theory by means the evolutionary search algorithm …

Обзор посвящён текущему состоянию исследований в одной из актуальных областей
физики и химии двумерных материалов: изучению монослойных плёнок. Подробно …