Description
Transient spark (TS) a pulsed, atmospheric-pressure discharge transitioning between non-equilibrium and equilibrium plasma is important for applications like sterilization. This work focuses on optical diagnostics of the TS is high-speed gas-dynamic behavior. We employed high-speed schlieren imaging to visualize gas density gradients, complemented by numerical simulations of the electric field. Preliminary schlieren results identify three phases: a pre-discharge (initial heating, ionic wind), the main discharge (spark channel formation, shockwave), and a post-discharge (shockwave expansion, heat flux decomposition).
| Pracovisko fakulty (katedra)/ Department of Faculty | Fakulta matematiky, fyziky a informatiky UK, Katedra astronómie, fyziky Zeme a meteorológie |
|---|---|
| Tlač postru/ Print poster | Budem požadovať tlač /I hereby required to print the poster in faculty |
Author
Co-authors
Dr
Mário Janda
(Comenius University)
Peter Toth
(Comenius University Bratislava)
