AUTONOMOUS COAXIAL DEVICE GENERATING THE ATMOSPHERIC DISCHARGE PLASMA
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PURPOSE
An autonomous coaxial device generating atmospheric discharge plasma is designed for plasma treatment of the surface of materials at atmospheric pressure and low temperature to improve adhesive and hydrophobic/hydrophilic properties.
APPLICATION AREA
- nanotechnologies: formation of nanoparticles and nanostructured layers and coatings
- additive technology: local processing and formation of functional layers and structures
- medicine: dry sterilization of medical instruments and implants; treatment of festering wounds and skin ulcers
- aircraft and automotive industry: surface treatment of vehicle components to reduce aerodynamic drag
- industry: treatment of materials before painting and gluing
TECHNICAL CHARACTERISTICS
| Discharge power, W, more than | 40 |
| Operating pressure | atmospheric |
| Gas consumption, l/min | 1...50 |
| Gas | Ar, air, etc. |
| Type of discharge | dielectric barrier |
| Diameter of treatment area (without moving), cm2 | 1 |
ADVANTAGES
- removal of restrictions on vacuum compatibility
- reduction of capital expenditures on equipment and energy costs due to the absence of vacuum creation and maintenance systems
DEVELOPER
Center for interdisciplinary research "Center for plasma and biomedical engineering"
CONTACTS
6, P. Brovki str., 220013, Minsk, Republic of Belarus
☏ +375 17 293 80 59
🖷 +375 17 390 96 28
🖂 kotov@bsuir.by
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