SYSTEM AND METHOD FOR CREATING FORCED IMPACT COLLAPSE OF CAVES FORMED IN LIQUID MICRO-DROPS BY LASER IRRADIATION OF NANOPARTICLES FOR CONTROLLED NUCLEAR REACTIONS

摘要

1. A method of creating a forced collapse of cavities in liquid microdroplets containing nanoparticles, including actions on:! creating at least one liquid jet stream under pressure, including material of liquid and nanoparticles; ! causing the destruction of the above at least one liquid jet stream under pressure, including the material of liquid and nanoparticles, in which a plurality of micro-droplets containing the material of liquid and nanoparticles is formed as a result of the destruction of the jet stream; ! irradiation of microdroplets with energy to create and expand cavities inside microdroplets, as well as forcing microdroplets to collide with a target for collapse of cavities within microdroplets, and the irradiation and collision are synchronized to increase the implosion energy of the collapse of the cavities. ! 2. The method of forced collapse of cavities in liquid microdroplets according to claim 1, wherein irradiating the microdroplets with energy to create an expansion of the cavities inside the microdroplets causes said nanoparticles in said microdroplets to absorb the specified radiation energy, wherein said method further includes:! control of the size of the radius of the cavity before the collapse by adjusting the density of the radiation energy absorbed by the nanoparticle material and the time interval between the irradiation and the collision of the particle. ! 3. The method of claim 1, wherein the irradiation energy comprises laser backlight energy. ! 4. The method of forced collapse of cavities in liquid microdroplets according to claim 1, wherein the temperature at the epicenter of the collapse of the cavities causes at least one thermonuclear fusion reaction. ! 5. Method of forced