Abstract: A system for cleaning particulates and CO2 from power plant exhaust gases is described. The system includes a particulate filter for exhaust gases, a CO2 decomposition component, and a filter for cleaning electrolyte solution from the decomposition component.

Abstract: A motor horse power amplification device using a moment arm design is described. The device converts reciprocal motion of the moment arm to rotational motion which drives an electrical generator. Use of the device can significantly reduce the amount of electricity generated by power plants and thus reduce the need for power plant construction. The devices have many different applications, including home, industrial, and automotive applications.

Abstract: A system for cleaning particulates and CO2 from power plant exhaust gases is described. The system includes a particulate filter for exhaust gases, a CO2 decomposition component, and a filter for cleaning electrolyte solution from the decomposition component.

Abstract: A system and method is described to convert ambient carbon dioxide (CO2) to graphite and oxygen by splitting the carbon oxygen bonds. By using this process, CO2 from point sources or from ambient air can be reduced or effectively eliminated, and thus the system can play an important role in the fight against CO2 emissions and global warming. The system first introduces CO2 and electrolyte solution to one or a series of specially designed pipes rotating pipes to create induction inside the pipes, resulting in breaking of the carbon-oxygen bonds and production of solid carbon and gaseous oxygen. The solid carbon and gaseous oxygen are then separated.

Abstract: A motor horse power amplification device using a moment arm design is described. The device converts reciprocal motion of the moment arm to rotational motion which drives an electrical generator. Use of the device can significantly reduce the amount of electricity generated by power plants and thus reduce the need for power plant construction. The devices have many different applications, including home, industrial, and automotive applications.

Abstract: This technology is a workshop which is diffusing the carbon dioxide gas (CO2) contained in exhaust gas in the air, It invents for the purpose of sanctifying microbes, such as sanctification of the emission gas (especially CO2 gas) of all industries, such as a diesel engine vehicle, a large-sized generating station (thermal power), a large-sized vessel, and an airplane, and also a toxic substance of atmospheric. Of course, the unit which this laboratory invented carrying out a disassembly and a separation for the molecule of nanometer unit of measures, such as gas of carbon dioxide gas (CO2) and a microbe, contained in exhaust gas, and reducing discharge of carbon dioxide gas (CO2) annihilates the disease germ of atmospheric. Carbon dioxide gas (CO2) of atmospheric is decreased by invention of this unit, and the global warming by greenhouse effect is solved.

Abstract: Disclosed is an electromagnetic wave shielding material comprising a flexible base fabric, a first metallic film formed by flame-spraying a metal such as zinc on one side of said base fabric and a second metallic film such as an aluminum foil formed on the other side of said base fabric; said first metallic film does not peel after long lapse of time and can provide sufficient shielding effect to be used in unechoic chambers etc.

Abstract: What is disclosed is a wave absorber comprising an electromagnetic wave absorbing framework having a plurality of cells arranged to define arbitrary shape of U-shaped hollow spaces adapted to the wavelength of the electromagnetic wave to be absorbed, which is prepared by introducing bubbles into an inorganic fluid material, followed by solidification, and an electromagnetic wave absorbing ferrite material applied at least on the walls of the cells defining said U-shaped hollow spaces; wherein the main body of the electromagnetic absorber may have on the surface a weathering-resistant electromagnetic wave transmitting panel comprising a composite of ceramic plate and a Kevlar cloth, glass cloth or other ground fabric or the same inorganic fluid material constituting the wave absorbing framework optionally containing a Kevlar fiber or glass fiber; said wave absorber may be formed to serve also as a building block.

Abstract: Disclosed is a wave absorber, comprising a wave absorbing panel prepared by forming a mixture containing a ferrite powder, a metal fiber, a molding material and a resin into a framework, by means of molding and/or press-cutting, having an arbitrary shape of hollow spaces which are adapted to the frequency and wavelength of an electromagnetic wave, and an electrically conductive filter plate, made of a mixture of a ferrite powder, a metal fiber and a resin, laminated thereon. The wave absorber may have a weathering-resistant electromagnetic wave transmitting plate on the surface thereof and the electromagnetic wave transmitting plate may comprise a reinforced ceramic panel made by laminating a ceramic plate with a Kevlar cloth, glass cloth or other web.

Abstract: A concrete manufacturing process includes pouring a fluidized cement containing a short fiber as an admixture into a concrete manufacturing mold; applying a predetermined level or levels of pressure to the entire fluidized cement poured into the mold, while a gas is introduced into the cement; and hardening the cement as the gas introduced thereto forms bubbles which burst and generate vibration when they are vented through a venting section provided for the mold. When the cement is hardened to some degree, the hardening may be continued in a temperature-controlled liquid bath or followed by curing with steam.