Selenium and tellurium are both energy critical elements as defined by the American
Physical Society and the Materials Research Society. When mixed together, both elements …

A thermodynamic approach has been used to consider the effects of the composition and
size of micro-and nanosized droplets of binary stratifying organic mixtures on phase …

Using a thermodynamic approach, a disperse system formed by an ensemble of particles
with various shapes and volumes is studied. The shape of a particle is set by the value of its …

Copper–platinum alloys are important binary alloys in catalysis. In this communication, we
demonstrate that it is possible to preserve the thermal properties of platinum with a copper …

Using the additive technologies in the production of nanoparticle-fabricated three-
dimensional materials has become one of the most promising ways of obtaining effective …

Being the basis of modern electronics, silicon-germanium semiconductor alloys are widely
used in a great number of fields. In this paper, the phase equilibria in Si-Ge nanoparticles …

In recent years, thermoelectric materials and energy converters have attracted considerable
attention, especially as a part of advanced “green” energy and space technologies. One of …

В рамках термодинамического подхода рассмотрена дисперсная система,
образованная ансамблем частиц различных формы и объема. Форма частицы задана …

DOI: 10.26456/pcascnn/2023.15. 308 Аннотация: В данной работе рассмотрена
зависимость модуля нормальной упругости Юнга мезопористого материала от …

In this paper, we simulate thermodynamically the morphology-dependent phase equilibria in
core-shell nanoparticles of a phase-separating solid solution using the example of W-Cr …