The Mechanism of the Revitalization of the Organism Cell by Hydrogen Bubbles and the Destruction of the Organism Cell by Oxygen Bubbles in the Correspondingly Negatively or Positively Charged Fluid in the Process of Electroflotation

Abstract

Previous studies, confirmed by experiments, established the physical mechanism of the formation of the negative charged bubbles of hydrogen on the cathode and positively charged bubbles of oxygen on the anode in the process of electrolysis. Studies have shown that the use of negatively charged hydrogen bubbles with a calculated dispersion solves the primary task of any technological process associated with water purification or concentration of microscopic organism cells from water: creating a durable complexes of hydrogen bubbles + microscopic organism cell and the effect of catholyte (living water), formed as a result of saturation by negatively charged hydrogen bubbles of water in the process of electroflotation, on the vital activity of the cells included in these complexes during the element of act of flotation. The article reveals the mechanism of revitalization of the organism cell in negatively charged fluid by negatively charged hydrogen bubbles, which induce positive charges on the outer side of the membrane and negative charges on her inner side, which leads to the opening of the membrane and increasing of exchange of the cell with its environment during process of electroflotation. Positively charged oxygen bubbles destroy cells in a positively charged liquid inducing negative charges on the outside of the cell membrane and positive charges on her inside, which leads to clogging of the membrane, as a result of which the exchange of the cell with the environment stops and she dies. Separate use of hydrogen and oxygen bubbles was carried out because of a specially developed electroflotator, which has a membrane made from fire hose material between the cathode and the anode, which prevents the penetration of oxygen bubbles and hydroxyl anions into the zone of hydrogen bubbles and of hydrogen cations.