Porous carbon materials for electrical energy generation devices and sorption technologies

The scientific work is dedicated to studying the influence of conditions and modes of obtaining porous carbon materials on their structural, morphological, electrochemical and sorption properties. The paper highlights the features of the internal micro- and mesostructure of the carbon surface, and also establishes regularities in the pore size distribution depending on the carbonization temperature of the initial carbon-containing raw material and subsequent chemical activation.

The electrophysical behavior of porous carbon materials obtained from apricot pits has been investigated. Besides, the influence of the type of chemical activator and the reagent/carbon ratio on the yield, structure, and sorption properties of activated carbons has been established.The kinetics of electrochemical processes at the carbon electrode/electrolyte interface have been studied, and the influence of the electrolyte nature on the specific capacitance and energy parameters of electrochemical capacitors has been analyzed. Moreover, the impact of the electrolyte nature and type on the specific capacitance and energy characteristics of electroch