Abstract: The invention discloses a driving method for the synergistic combustion of fossil fuels and nuclear-chemical energy, pertaining to the field of fossil fuel combustion and nuclear energy utilization technology. The method comprises the following steps: introducing fossil fuel and combustion-supporting gas into an alternating electromagnetic field, causing collision of dissociated light nuclei, initiating nuclear fusion reactions, and releasing nuclear energy. Subsequently, the plasma-state fossil fuel and combustion-supporting gas, after leaving the controlled zone of the alternating electromagnetic field, undergo ultra-fast combustion within microseconds, significantly enhancing the ignition speed.

Abstract: An ignition, burning stabilization, and energy conservation integrated warm nuclear fusion and pulverized coal combined burning system is provided, and relates to the field of burners. The system includes: a multi-stage pulverized coal burner which includes a stage-by-stage ignition tube and an elbow connected to a rear end of the stage-by-stage ignition tube. A wind-coal pipe is connected to another end of the elbow, and a coal taking opening is formed in one side of the wind-coal pipe. An inlet of a cyclone coal collector is connected to the coal taking opening, and a bottom outlet of the cyclone coal collector is connected to a combined burning torch. A front end of the grounding electrode is connected to the stage-by-stage ignition tube through a flame stabilization pipe. Efficient, stable, environmentally-friendly, and energy-saving operation of a power station boiler under a working condition of deep peak shaving can be implemented.

Abstract: A dual-speed burning torch with fuel gas and warm nuclear fusion combined burning is provided, and relates to the field of fuel gas burning. The dual-speed burning torch includes a gun shell, a central fuel gas gun barrel, a nozzle, a safety junction box, and a multiphase electrode assembly. The central fuel gas gun barrel is arranged inside the gun shell in an axial direction of the gun shell and forms an outer fuel gas channel together with the gun shell. The nozzle is arranged at a front end of the gun shell, and includes an outer nozzle and a central nozzle. Heat radiation damage to the electrode assembly and the cable can be reduced; heat loss of a furnace top can be reduced; and an energy saving effect can be enhanced.

Abstract: A pulverized coal and warm nuclear fusion combined glowing flame burner is provided, and relates to the field of cement production. The burner includes: a metal elbow; and a warm nuclear fusion excitation assembly, which includes a metal outer shell, a metal electrode, an insulation connector, and an electrode tip. The metal outer shell located inside the metal elbow is partially provided with an opening. The metal electrode is arranged inside the metal outer shell and is connected to the metal outer shell through the insulation connector. The metal outer shell is provided with a conveying pipe communicated to an inner cavity of the metal outer shell. A conveying channel is arranged in the metal electrode, and one end of the conveying channel penetrates through an outer side wall of a first end of the metal electrode to form an air outlet.

Abstract: The application discloses a method and application for capturing and converting carbon dioxide in industrial flue gas, pertaining to the field of carbon dioxide capture technology. The method comprises the following steps: introducing the industrial flue gas into the upper part of a cyclone separator to create a gas flow that rotates downward along the cyclone wall, simultaneously introducing fresh air into the lower part of the cyclone separator to create an air flow that rotates downward along the cyclone wall, and cooling the cyclone separator to make the industrial flue gas and air react to produce a mixed acid containing carbonic acid under conditions of temperature below 10° C. and pressure not less than 0.12 MPa, thereby capturing and converting carbon dioxide in the industrial flue gas. The entire process of this method is simple and efficient. It exhibits high safety, practical value.

Abstract: The invention discloses an integrated transformer power supply system for multiphase plasma generation devices, pertaining to the field of power supply for high-power multiphase plasma generators. The system comprises sequentially connected voltage regulation and frequency control unit, integrated transformer unit, and plasma generator. By changing the wiring configuration of the integrated transformer unit, a multiphase output power supply can be obtained to meet the different frequency requirements, voltage requirements, voltage phase requirements, steepness requirements, and other characteristics of various multiphase plasma generation devices. The system exhibits high flexibility, wide applicability, and can achieve the necessary conditions for efficient, robust, durable, and easily maintainable practical engineering solutions.

Abstract: The invention discloses a driving method for the synergistic combustion of fossil fuels and nuclear-chemical energy, pertaining to the field of fossil fuel combustion and nuclear energy utilization technology. The method comprises the following steps: introducing fossil fuel and combustion-supporting gas into an alternating electromagnetic field, causing collision of dissociated light nuclei, initiating nuclear fusion reactions, and releasing nuclear energy. Subsequently, the plasma-state fossil fuel and combustion-supporting gas, after leaving the controlled zone of the alternating electromagnetic field, undergo ultra-fast combustion within microseconds, significantly enhancing the ignition speed.