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Registration Number

0224U032585, (0124U003752) , R & D reports

Title

Development and manufacture of portable devices based on plasma dielectric barrier discharges for wound treatment and disinfection in the field conditions

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Розробка технології виготовлення пілотних зразків пристроїв на основі плазмового ДБР для антисептичної обробки ран і дезінфекції в польових умовах

Head

Pavlichenko Rostyslav O., Кандидат фізико-математичних наук

Registration Date

22-11-2024

Organization

National Science Center "Kharkiv Institute of Physics and Technology"

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The project aims to develop and promote plasma technology for manufacturing domestic portable devices based on dielectric barrier discharges for antiseptic treatment of wounds (creation of an antimicrobial environment) in field conditions. The project has an practical significance and creates a scientific and technological basis for the use of gas discharge plasma for development of modern, domestic portable devices for disinfection of wounds in field conditions and quality pre-medical care at all stages of its provision.

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 The purpose of the research is the development and promotion of plasma technology for the manufacture of domestic portable devices based on dielectric barrier discharges for antiseptic treatment of wounds (creation of an antimicrobial environment) in field conditions. The project has applied significance and creates a scientific and technological basis for the use of gas discharge plasma for the development of modern, domestic portable devices for disinfecting wounds in the field for high-quality pre-medical care at all stages of its provision. The research was carried out on the modeling of the main nodes and elements of two devices based on plasma DBD for antiseptic treatment of wounds and disinfection in the field conditions The main nodes and elements of the planned portable plasma devices have been developed. Two-sided printed circuit boards for the plasma devices under development were developed with the help of various software. Software for managing plasma prototypes has been developed. Elements of prototypes were manufactured with the help of a 3D printer. Developed power supply modules for 2 pilot prototypes. 1 article was published in the journal Scopus Q3.

Product Description

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Vorontsov Petro M.
Hnidenko Yurii P.
Kulik Yuliia S.
Misiruk Ivan O.
Misiruk Ivan O.
MURATOV Renat M.
Muratov Renat M.
Pavlichenko Rostyslav O.