Method for modification of the structure of liquid, in particular water, and the device for modification of the structure of liquid, in particular water, and liquid with modified structure, in particular water

摘要

the object of the application is a modification structure of liquids, in particular water, and device to modify the structure of liquids, in particular water, and liquid with modified structurein particular, the water.how is that modified liquid drives to kru00f3u0107cem dopu0142ywowym (kd) for a cylindrical tank liquids (tn), in whose axis placed sealed, cylindrical,transparent globe lamps (kl) containing anodu0119 (a) and katodu0119 (k), with anodu0119 (a) and katodu0119 placed in the residual gases of the atmosphere pressure not more than 10 - 2 hpa.after anodu0105 between (a) and the cathode (k) initiates the discharge jarzeniowego by electric potential difference v from 300 to 1000 vas a result, anodu0105 between (a) and the cathode (k) we generate variable electromagnetic field about the carrier frequency (fn) from 50 hz to 150 hz and arouses resonance particle liquid molecules of superstructure czu0119stotliwou015bci resonance (fnr) from 50 khz to 200 khz, while the process modification liquid leads in temperature below 120 degrees at the time of 1 minutes 15 seconds,modified liquid is kru00f3u0107cem draw off (kw) to the tank.the device is such that the anode (a) and the cathode (k) are placed in a vacuum chamber in an atmosphere of gas residual pressure not more than 10 - 2 hpa.in addition, an anode (a) and the cathode (k) encapsulated are sealed, cylindrical, transparent bubble lamps (kl), which is placed inside a cylindricala flow-through tank liquids (tn) accompanied by the nozzles dopu0142ywowy (kd) and drainage (kw), with a liquid tank (t) from the lens lamp (kl) has a transparent wall.the application also includes a liquid that has a structure nanoklastrowu0105 size clusters from 4 nm to 7 nm, contains stable isotopes of oxygen and hydrogen o16, o17 h1.has a reduced ph of from 3 to 5, and has increased the saturation of gases.