Linyucheva Olga V.

Sensoric equipment for environmental monitoring and technological principles of water purification based on the novel nanodisperse adsorption materials

Sensoric equipment for environmental monitoring and technological principles of water purification based on the novel nanodisperse adsorption materials

Technological bases for obtaining the latest adsorption nanomaterials: magnetically controlled sorbents, nanocomposites with catalytic and photocatalytic properties (TiO2, ZrO2, Ag2O, SnO2, MnO2, RuO2, Pt, Au, Ag, Co2O3) • Co3O. The mechanism and technological bases of the offered nanomaterials' interaction with substances - pollutants against the background of their multi-component mixes are revealed.

Scientific principles and patterns of electrochemical procceses of formation of ordered nanoscale and microlevel chemotronic materials

The created scientific bases and regularities of electrochemical formation of ordered nano- and micro-level materials of hemotronics are based on a clear separation of the influence of the charge transport mechanism of the limiting stage of the electrochemical process on the stratification of the structure of the surface oxide and metal phases of the electrode. The structuring of semiconductor phases is governed by the ratio of gradients of the electric field and charge carriers in liquid and solid phases.

Electrochemical device for the determination of sulfur dioxide in the air and process gas media

Електрохімічна  комірка  та  пристрій  для визначення SO2 в  повітрі  та  технологічних середовищах

Developed gas diffusion catalytically active 3D-electrodes based on valve metal having a two-level three-dimensional structure comprising a microporous composite electrocatalytic coating applied to a discontinuous basis, and a porous regular of the electrode structure, which may include both electrocatalytically active material, and a mixture of the latter with other disperse materials.

Scientific foundations of corrosion of micro- and nanostructured materials in electrochemical systems, sensors and supercapacitors

The scientific foundations of corrosion micro- and nano-structured materials in electrochemical systems, sensors and supercapacitors, which are based on the new classification of corrosive processes. Scientific novelty create a foundation is in the experimental and theoretical justification identifying the crucial role of corrosion processes on the kinetics of electrode processes under extreme operating conditions these systems.

Creation of the electrochemical gas sensor for determining hydrogen sulfide in the air and technological environments

Дослідний зразок електрохімічного газового сенсора НТУУ «КПІ» для визначення сірководню у повітрі та технологічних середовищах

Created an electrochemical gas sensor NTUU "KPI" for determining hydrogen sulfide, which endowed of high resolution and selectivity and can be use for manufacturing automation, quality control, safety, security and anticorrosive protection of the environment. Made a set of theoretical and experimental studies to determine the kinetic parameters of the redox reactions and mass transfer in electrochemical systems is based on solid and electrolyte matrix to enhance the selectivity and resolution and cost savings generated by sensors.