Novel capillary devices with internal surface tailoring and characterisation (to be published in collaboration with Strathclyde University –UK)
New preionized capillary discharges with filamentary high intensity pulsed current (patent pending in collaboration with Strathclyde University –UK)
New capillary dielectric trap for micro-particles as targets in high intensity laser experiments (Patent Application, OSIM/00646/2012)
Theory and numerical simulation using the differential equations and bifurcation theory. Ion in anharmonic Paul trap. Orbits, Poincare maps and bifurcation diagrams (B. Mihalcea et al, to be published)
New method of corona assisted ultra-adherent dielectric thin layer deposition to ensure proper geometry of active surface of capillary devices [A. Groza, A.Surmeian, C.Diplasu, C.Luculescu, P. Chapon, A.Tempez, M.Ganciu, Surface and Coatings Technology, 212, 145-151 (2012)]
