| abstract |
A plasma reactor was proposed to generate energy and new hydrogen particles and compositions of substances containing new forms of hydrogen by catalysis of atomic hydrogen and to obtain plasma and a light source, such as high-energy radiation, ultraviolet vacuum radiation and ultraviolet radiation, by catalyzing atomic hydrogen. The reactor contains a plasma-forming energy cell to catalyze atomic hydrogen to form new hydrogen particles and substance compositions containing new forms of hydrogen, a source of catalyst for the catalytic reaction of atomic hydrogen to form low-energy hydrogen and release energy, a source of atomic hydrogen, and a source of pulsed or periodic energy in order to at least partially maintain the plasma. The energy balance is optimized by maximizing the output energy in the catalytic reaction of hydrogen while minimizing the input energy by adjusting the input energy parameters in order to initiate or at least partially support the plasma parameters such as power density, pulse frequency, pulse duty cycle, peak electric field and electric displacement field. |