AVIONIC AIR AND PARTICLE ENGINE

AVIONIC AIR AND PARTICLE ENGINE

In our time, vehicles powered by electric and internal combustion engines continue to be a part of our lives; however, the efficiency of these engines is low. In this context, there is a need for the Avionic Air and Particle Engine Project, which could be the subject of various research studies.

As for the steps to be taken, let’s consider space technology as an example of how this method—which can be applied in a wide variety of fields—might be used. In this context, by installing front fans at the front of the rocket to collect elements freely circulating in space that are suitable for rocket combustion, it would be possible to draw suitable elements—such as oxygen, hydrogen, or other elements compatible with the rocket’s internal dynamics—into the rocket’s storage compartments via these fans and store fuel in the rocket using the relevant catalyst, catalytic converter, or electrolysis method. Alternatively, instead of storing the fuel, a “live combustion” model—where the fuel is drawn in, converted, and burned by the fan—could be employed. In this context, by modernizing primitive rocket technology, it is possible to travel long distances in space.

Turning to another topic, in the Air and Particle Engine, by equipping the vehicle with appropriate hardware—including fans that draw filtered air into the front grille and hydraulic systems that store and convert the air— using air-separation electrolysis chambers, a catalyst, and a catalytic converter to separate air into hydrogen and oxygen, it appears possible to power the vehicle with a hydrogen engine during flight and use oxygen to cool the engine.

In this context, our Avionics Air and Particle Engine Project, Dear Readers