Method for powering an engine by combustion of silicon hydrogens and silicon powder with self-generating silicon nitride lubrication

摘要

The invention relates to a method for powering a motor by using a combination of an explosion motor and a turbine. The combustion reaction in said combination occurs by the reaction of a variable mixture consisting of silicon hydrogens, silicon powder in a water solution and air, whereby water and silicon nitride are produced as exhaust gas. The inner wall of the motor should be coated with silicon nitride, which continuously and simultaneously takes place during the combustion process. A sufficient lubricating film consisting of silicon nitride is always is always provided in the fringe area between the inner wall of the motor and the combustion chamber so that no friction occurs. After being expelled from the explosion engine, the excess heat in the combustion gases is mixed with cold, compressed air, which is then used to drive a turbine whose shaft is coupled to the shaft of the explosion engine to enable the latter to run uniformly. By mixing the exhaust gases with cold air, the combustion gases are cooled off so that the silicon nitride can be filtered as solid dust during the end phase and subsequently processed industrially.