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AIST has developed efficient dye-sensitized solar cells (DSSCs) based on novel organic-dye molecules (MK dyes).
AIST has developed a thin film technology that can reduce the consumption of raw selenium below one-tenth of the conventional standard when manufacturing non-silicon-based CIGS thin-film solar cells.
A food grade, organic compliant, non toxic, non allergenic, non hazardous and completely biodegradable anti-microbial product has been developed that also acts as natural food safe preservative.
The search for a transparent magnetic substance that is easy to manufacture has been ongoing for many years.
Carbon monoxide (CO) is an important industrial gas, which is widely used in more than 29 industrial applications.
A new method has been developed to provide a significant improvement to the processing of fish through a unique gas treatment method, resulting in a reduction in treatment time and an enhanced penetration of fish with the treatment gas.
The focus of this technology is the ability of yeast to reversibly open up the junctions between cells to aid drug delivery.
This product is the most efficient concrete waterproofing solution available today.
AIST has developed a large-scale synthetic method of producing imogolite from inexpensive inorganic materials.
METTEX is a new electroplating solution for coating consumable metals that can be used to replace chrome as industrial and decorative coating.
The Continuously Operational Biological Reactor (COB) is the new innovation in animal manure management.
The Environment Purification Materials team of AIST's Synergy Materials Research Center (Japan) has successfully developed and tested significantly improved electrochemical reactors for the selective elimination of nitrogen oxides (NOx) i...
AIST researchers have developed a thin film alloy of magnesium and titanium that, when applied to glass, may be easily switched between a reflective and transparent state.
The present technology describes the method for the production of the zeolite membrane.
The present invention relates to an optical micro-machining method of glass.
This technology enables very stable dispersions of insoluble particles in polar liquids, especially water.
Novel condensation polymers have been prepared by the copolymerization of a N,N*-disubstituted disulfonamide with an organic acid dihalide such as dicarboxylic dichloride,disulfonic acid dichlorides, bic chloroformates, phosgene, diisocya...
Fast-Flo? is a cordless hand-held fluid transfer device designed to transfer pharmacological fluids/solutions from a storage vessel into a receiving vessel using a disposable syringe and needle and other attachments typical of the applica...
This technology relates to a method for the preparation of vitreous hollow microspheres with a photocatalytic activity from a vitreous volcanic deposit as the starting material.
AIST is seeking an opportunity of a technology transfer and a patent licensing, regarding this SiC three-dimensional filter.
This technology relates to a deodorizing lamp and method for the production of the lamp.
This technology relates to a photocatalyst sheet useful for purifying the living environment, being able to decompose and remove malodorous substances, harmful substances in the air, and prevent developing of bacterium and fungi.
AIST produced a silicon nitride sinter exhibting extremely high strength and toughness in a specific direction.
This technology enables the economical production of inorganic light emitting diodes (ILEDs) starting from precipitated ZnS nanoparticles, undoped or doped.
Honeywell's inventive system monitors battery status (and engine conditions) and controls the alternator to selectively charge the battery.
The mixer described by this technology provides an advanced capability to blend two liquids of differing viscosities without addition of significant heat to the mixed blend.
Proposed is a novel synthetic inorganic porous material having a chemical composition of the general formula [(SiO2)8 ?(MO2/3)a ?(OH)2/3a+b ]b- ?b/c(Ac+), in which M is an ion of a divalent metal, e.g., Mg, A is a cation of an alkali meta...
Proposed is an efficient method for the highly selective recovery of silver value in an aqueous solution containing silver ions in a low concentration, such as depleted photographic fixing solutions, by extracting the silver ions from the...
This invention relates to silica particles modified by at least one type of organic group and provides this with a low cost and easy process.
This technology is a range of compositions, their synthesis methods, and application method for a clear coating composition comprising isocyanate, silane and melamine components wherein said isocyanate component comprises an aliphatic pol...
This technology features a high yield, low cost method for adding aliphatic compounds to organosilane halides.
Flexible gas tight film "Claist" is prepared by a compact lamination of clay platelets of thickness around 1 nanometer each.
This technology encompasses flat panel or fiber cathodes comprised of an electrically conducting substrate coated with annealed carbon soot.
A method is described for producing hydrophobic carbon molecular sieves.
The present invention provides a process for recovering boron trifluoride from an impure gaseous boron trifluoride residue.
Natural gas is stored in a closed vessel under a pressure of about 1400 to 4500 kPa using a carbon molecular sieve adsorbent.
Natural gas is stored in a closed vessel under a pressure of about 1400 to 4500 kPa using a carbon molecular sieve adsorbent.
This application relates to a catalyst and a process using this catalyst to convert or destroy organic compounds including organohalogen compounds.
Traditional light emitting diodes are semiconductor devices that emit light at very specific wavelengths.
We seek a cost effective compound that contains no copper or copper sulfate (or other metals) or a method to kill tree and shrub roots that enter sewer and water lines without killing the trees and shrubs.
This substance must be capable of transporting nano-size particles of 80 to 90% volume Sn/Ag/Cu mix.
 
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