Method for production of gases from crude oil, heating oil (water) by means of sintered radium and magnetic crystals and electron beam, high-frequency ultrasound as a combustion mixture for internal combustion engines and turbines etc. for heating systems

摘要

Method for production of gases from crude oil, fuel oil, petrol, water by means of sintered porous radium and permanently magnetic crystals and electron-beam high-frequency and ultrasound as combustion mixtures for heating systems, Otto engines, turbines etc. As hydrocarbon atomisers, the known carburetters for Otto engines etc., with their high piston intake speed cannot achieve pollutant-free exhaust gases and maximum efficiency from the fuels due to atmospheric air-pressure fluctuations, the air temperature and humidity. These disadvantages are eliminated by a novel invention in the field of process engineering - both physical and chemical. It is more economical to meter a gas/gas mixture than a gas/liquid mixture by the presence, according to the invention, of electromagnetic high-frequency resonance or a pico-electromagnetostriction effect and ionisation of the molecules of the atomised liquid into gas by means of permanent magnets sintered to give a porous structure and a capillary action. Built into a tube coated on the inside with a corrosion-resistant, anti-adhesive plastic or glazing are axially or radially arranged high-frequency oscillators which are coated with the porous sintered permanent magnets. The above-described parts are acted upon by a high-frequency generator or alpha, beta or gamma rays. The high-frequency ultrasonic oscillators consist of a porous sintered nuclear ... Original abstract incomplete. IMAGE