About an opportunity of improving properties of activated porous fuel by using ionisation processes in dielectric cavitator
E. А. Bushmanov, V. Yu. Velikodny, V. Р. Vorotilin, Yu. G. Janovsky
Applied Mechanics Institute RAS, Russia, Moscow
I. В. Timofeev
M. V. Lomonosov Moscow State University, Russia, Moscow
Van Wie
Тhe Johns Hopkins University, Applied Physics Laboratory, USA
Methods and devices for micro porous liquids production based on water, glycerin, oils, carbon fuels with high volume gas content 25—75 % and bubble diameter less than 10—50 microns have been developed. Shock wave front visualization methods were tested for such medium. Possible cracking and conversion of oil products at as low shock wave velocities as 65—90 m/s while micro porous liquid flows through it were predicted theoretically. On the base of published experimental data and quantitative estimation of this paper it was found that drops and clusters charging during gas-liquid mixture (micro porous fuel) dispersion into oxidant medium by dielectric cavitatornozzle and following effecting by weak shock waves promotes essentially initiation of detonation processes.
Contents