Electrochemically produced Si in molten salts can be used to fabricate electronic and
photovoltaic devices. The major factors influencing the structure and morphology of Si …

Due to its prevalence in nature and its particular properties, silicon is one of the most
popular materials in various industries. Currently, metallurgical silicon is obtained by …

Automotive manufacturers are working to improve individual cell and overall pack design by
increasing their performance, durability, and range, while reducing cost; and active material …

Silicon and silicon-based materials are increasingly used in microelectronics, metallurgy
and power generation. To date, the active study aimed at the development of silicon …

The possible use of the KCl-K2SiF6 molten system for silicon electrodeposition is
considered. The kinetics of silicon electroreduction on glassy carbon in the KCl melt with the …

Automotive manufacturers are working to improve cell and pack design by increasing their
performance, durability, and range. One of the critical factors to consider as the industry …

In this work, the effect of electrolysis modes and their parameters on the morphology of the
silicon deposits on glassy carbon were studied. In direct current mode it was found that an …

The possibility of using Si-based anodes in lithium-ion batteries is actively investigated due
to the increased lithium capacity of silicon. The paper reports the preparation of submicron …

The development of methods for producing silicon and materials based on it with
controllable morphology and composition of microimpurities is a challenging problem, since …

Compositions of ultrafine Si and C particles are promising anode materials for lithium-ion
power sources with improved energy characteristics. In the work, samples of lithium-ion …