Water treated by pulsed electric discharges and its effecton biological objects

摘要

The purpose of this work was to investigate by the method of the quasi-elastic light dispersion thedistributions in water dispersion of Pt, Ag, Cu, Fe, Ti and Zn nanoparticles dimensions independence of pulsed electric discharges parameters and to determine the character of biologicalaction of nanoparticles on standard serum of human blood. It is shown, that all used metalsproduce nanoparticles, which size depends both on a material of an electrode, and parameters ofelectric pulses, in particular, on duration of a pulse of a current. The distributions of nanoparticlesin the sizes are characterized by several peaks from 9 nanometers (Ag) up to 500 nanometers (Zn).