METHOD FOR PRODUCING PROPULSION IN A VACUUM AND A FIELD ENGINE FOR SPACE VEHICLE (VARIANTS)

摘要

The inventive method for producing propulsion in a vacuum consists in redistributing the quantum density of a vacuum field environment inside a working medium in a direction which is opposite with respect to a tractive force vector by deforming said vacuum field and exposing the working medium to the effect of a system of rotatable nonhomogeneous electric and magnetic crossing fields whose intensity gradient coincides with the direction of the tractive force vector, the working medium being simultaneously provided with electrical and magnetic properties. The rotation of the nonhomogeneous electric and magnetic crossing fields is produced by rotating said working medium and /or creating a multiphase system of said nonhomogeneous electric and magnetic crossing fields. The tractive force vector is divided into normal and tangential vectors. The normal vector is directed to produce the tractive force, the tangential vectors being directed to produce a moment of rotation. Said moment of rotation produces electric power for supplying the system of the nonhomogeneous electric and magnetic crossing fields and the system of rotation thereof. The tractive force is set during an interplanetary cruise according to an equivalence condition of the acceleration produced during the cruise at a constant propulsion, said acceleration being equal to the acceleration of gravity of the Earth, periodically modifying the direction of the tractive force vector and the acceleration in the opposite direction and ensuring the motion in acceleration mode followed by deceleration. The inventive field engine for a space vehicle is also disclosed.