| 摘要 |
Method and apparatus for realizing the magnetic-nucleon catalysis (MNC) by means of elementary particles with a magnetic charge fall simultaneously into several fields of nuclear physics and technique, namely: the field of transformations of chemical elements that is methods and devices for transforming the chemical elements and their compounds with the help of electromagnetic and corpuscular radiation, by interaction with particles with a magnetic charge, formation with them and subsequent decay of nucleon-bounded nuclear structures and the field of nuclear (and nucleon) power installations that is methods and devices for obtaining the electrical, magnetic, and thermal energy by means of generating the energy in reactions of MNC; Method and apparatus of MNC can be used, in particular, for transforming the chemical elements and their compounds and for development of new technologies of obtaining the chemical elements; for generation of energy and development of the new technologies of generation of energy, and for change of physical and chemical properties of chemical elements. Possibilities of nucleon catalysis by means of elementary particles with a magnetic charge realized by the presented method is almost unbounded owing to remarkable properties of elementary particles with a magnetic charge and to its industrial characteristics. |
