Energy cell

Abstract

A self pulsating nuclear reactor plant comprising of a reactor cylinder concealing a pair of mobile nuclear mass blocks chosen for pendent radially motion inside a radial cylinder, whereby the arch of mobile mass blocks is limited by stationary mass blocks in such a fashion that when mobile mass blocks making contact in center of reactor they become super critical and repulsing each other from vertical position toward horizontal position vice versa. The mobile mass blocks are able to pump a working fluid throughout the entire system which includes fluid channels and one way valves directing the pressurized fluid into a liquid motor which activates an alternator as the exiting fluid from prime mover is directed into a storage container with increased volume to relax working fluid which then is extracted out of the storage container by the movement of mobile mass blocks to be directed through a circulation tank inside an energy cell consisting of a cooling system which includes a primary and a secondary cooling coil whereby primary cooling coil conceals the active part of the reactor to collect high energy charged particles which are transmitted and kept in orbit inside secondary coil which winds around moderator circulation tank inside an active substance to create induction currency which can be tapped by contact penetrating the energy cell.