Plasma Technology
The development and application of plasma technologies in Kintech Lab has a long and successeful history. Progress in plasma science is responsible for the today wide use of plasma technologies in different industries.
The high potential of Kintech Lab in this field is due to exploitation of the potentialities of multiscale and multiphysics methodology in calculation and prediction of the behavior of matter in plasma media.
Kintech Lab conducts reseach into the following areas of plasma-chemistry:
Reseach Activity
| Problem | Activity |
|---|---|
| Plasma effects upon induction time and flame characteristics | Development of mechanisms for plasma-stimulated combustion |
| Plasma effects upon rate and the convertion of fuels gasification | Development of homogeneous/heterogeneous plasma mechanism |
| Non equilibrium plasma in chemically active media | Plasma-chemical mechanisms taking into account strong interaction between the plasma and media |
| Generation of highly intensive radiation by thermal plasma | Plasma light generation and propagation in chemically active media |
| Plasma vapor deposition | Thin (nano- and microsize) film growth |
| Etching of surfaces | Generation of active species by plasma, transport and surface etching |
Case Study Examples
- Radiation mechanism for chemically active plasma
- Mechanism of combustion initiation
- Ozone generation
- Purification of exaust gases
- Spectrum recovery for new automotive head lamps
- Plasma-assisted gasification of municipal solid wastes
