Linear electrodynamic trap as a tool for cleaning dusty surfaces

Abstract

This work is devoted to the experimental and numerical investigations of the possibility of cleaning dusty dielectric surfaces using an electrodynamic trap. We used a linear quadrupole Paul trap and polydisperse aluminium oxide particles in our experiments. Numerical simulations were performed using Brownian and molecular dynamic methods. The phenomenon of lifting and trapping of uncharged particles placed on the glass substrate located under the trap was experimentally observed. The parameters of the trap and charges of dust particles, which are necessary for drawing them from the substrate and confining in the trap, were also estimated using numerical simulations. KEYWORDS charged particles, cleaning of surfaces, electrodynamic trap 1 How to cite this article: Deputatova L, Syrovatka R, Vasilyak L, et al. Linear electrodynamic trap as a tool for cleaning dusty surfaces. Contributions to Plasma Physics

Smart Materials Finishing and Insulation Solutions applied to the Interior Design of a Cruise Ship Cabin

“…• Electrodynamic Surface Cleaning: some surfaces can be designed to generate an electrostatic charge that repels dust and particles, helping to keep the surface cleaner over time (Deputatova et al, 2018);…”