Electromagnetic weapon with an identification and control system for missles with a core and a system of coils wound in parallel

Abstract

An electromagnetic weapon with a core projectile (PM) identification and control system, the magnetic core of which, in relation to the magnetic flux induced along a rigid, uniform barrel-shaped ferromagnetic core tube (L), are its propelling agents, because the barrel tube (L) is inserted inside a coil system connected to a DC voltage supply circuit of a solenoid coil in a toroidal coil system or to such a solenoid coil supply circuit in a system with any number of toroidal coils, and each of the supply circuits is via a common RC time constant quadripole system, furthermore a weapon with DC power supply circuits of at least two subsystems interconnected with each other, each of the solenoidal coils, with each of the systems of any number of toroidal coils and each of the subsystem circuits supplied via a separate RC time constant quadripole system and each of the coils,from each system and from each coil subsystem is an electric coil wound in a parallel coil arrangement made with a 5D printing printer, in addition, the projectile (PM) of the weapon is equipped with an active front part and a rear part (tl) with diameters of the projectile caliber, and each of the used projectile categories has an internal core (r) with a diameter smaller than the projectile caliber (PM), placed between the front part and the rear part (tl), which is permanently attached to its front part along the projectile axis, and is attached to the rear part (tl) by a threaded connection, characterized in that along the central length of the projectile core (r) it has a toroidal, ferromagnetic, nanocrystalline sleeve (T) of the external magnetic core pressed in with the outer diameter of the sleeve (T) equal to the projectile caliber (PM), which has a parameter of relative initial permeability of the magnetic field.,