Abstract: A system for preparing and activating building mixtures and for refining materials by processing waste or raw materials and method of use. The system comprises a tubular reactor through which waste material is passed. The tubular reactor comprises an inductor configured to produce a rotating magnetic field. A plurality of needle-shaped ferromagnetic elements are disposed within a cylindrical working zone of the reactor. The needle-shaped ferromagnetic elements oscillate reaching several thousand periods per second. The system and method for processing natural, synthetic and waste material utilizes micro-pulse micro-arc processing of the material in the rotating magnetic fields to convert organic and inorganic waste into purified raw materials that are usable with minimal reprocessing, to preparing and activating building mixtures from raw materials, and to refine minerals and metals from ores, slags and tailings.

Abstract: An apparatus for rotationally grinding, pulverizing, or comminuting bulk materials. A material processing component of the apparatus is fed at an input end by a hopper. The material enters the material processing component for processing and is propelled out of an output end through an outlet into a tray or piping. A cylinder of the material processing component is protected by an exterior insulating compartment and a replaceable inner liner. The cylinder defines a horizontal stationary work area. A rotatable shaft penetrates the cylinder along an axis of the working area. A plurality of working bodies are attached to the shaft in a narrowing helical orientation that also narrows in distance between working bodies from front to back. The working bodies are configured to comminute the material and direct it toward the outlet as the material passes through the working area.

Abstract: A system for achieving a clean separation of signal and noise. The system comprises a plurality of electronic filters and specially designed radio transmitters and receivers. The system is configured to monitor a signal source for various parameters. The system observes the operating noise and the after-effect of the previous discrete signal. The system utilizes linear algebra equations to filter signals by frequency, shape, duration, or time position in order to more effectively separate the signal from noise, by forgoing the theoretical principle of maximum likelihood.

Abstract: An apparatus for rotationally grinding, pulverizing, or comminuting bulk materials. The apparatus comprises a material processing component fed at an input end by a hopper. The material enters the material processing component for processing and is propelled out of an output end through an outlet into a tray or piping. The material processing component comprises a cylinder with an exterior insulating compartment and a replaceable inner liner. The cylinder defines a horizontal stationary work area. A rotatable shaft penetrates the cylinder along an axis of the working area. A plurality of working bodies are attached to the shaft in a narrowing helical orientation that also narrows in distance between working bodies from front to back. The working bodies are configured to comminute the material and direct it toward the outlet as the material passes through the working area.

Abstract: A system for achieving a clean separation of signal and noise. The system comprises a plurality of electronic filters and specially designed radio transmitters and receivers. The system is configured to monitor a signal source for various parameters. The system observes the operating noise and the after-effect of the previous discrete signal. The system utilizes linear algebra equations to filter signals by frequency, shape, duration, or time position in order to more effectively separate the signal from noise, by forgoing the theoretical principle of maximum likelihood.

Abstract: A system for processing air, water, and solid waste material and method of use. The system for processing waste material comprises a tubular reactor through which waste material is passed. The tubular reactor comprises an inductor configured to produce a rotating magnetic field. A plurality of needle-shaped ferromagnetic elements are disposed within a cylindrical working zone of the reactor. The needle-shaped ferromagnetic elements oscillate reaching several thousand periods per second. The system and method for processing natural, synthetic and waste material utilizes micro-pulse micro-arc processing of the material in the rotating magnetic fields to convert organic and inorganic waste into purified raw materials that are usable with minimal reprocessing.