Published Engineering Stainless Steel Utilizes the evolution of intrinsic grain structures of stainless steel to modify surface wettability. By Georgia Institute of Technology
Published Engineering Battery Charging System The addition of sound waves during charging shortens the time to fully recharge the battery. By Georgia Institute of Technology
Published Power & Utilities Hydrogen Generation Performs at most favorable operating conditions to optimize output By Georgia Institute of Technology
Published Sciences Fuel Cell Membrane Cost-efficient fuel cells with high ionic conductivity and resistance to carbon-monoxide poisoning. Fuel cells are being developed for use in various applications. By Georgia Institute of Technology
Published Sciences Electrochemical Converter This closed system uses radiant and natural convection cooling without water or chemical reactions, produces no vibrations, and is relatively small and lightweight. By Georgia Institute of Technology
Published Telecommunications WiFi Solutions This technology relates to data communication and data communication protocols. By Georgia Institute of Technology
Published Engineering Piezoelectric Generator This technology will be most beneficial in buildings that have a lot of foot traffic. Airports, hospitals, corporate offices By Georgia Institute of Technology
Published Healthcare & Pharmaceuticals CT Systems Reduces radiation exposure in conventional imaging systems. By Georgia Institute of Technology
Published Telecommunications Reputation Management Malicious raters may attack particular service providers (e.g., sellers) to undermine their reputations while helping other service providers by boosting their reputations By Georgia Institute of Technology
Published Electronics Solid-Phase Purification Provides a streamline single unit operation for handling solid-phase reactors and chromatographic separators By Georgia Institute of Technology
Published Oil & Gas Natural Gas Separation The invention provides a simplified and lower cost device and method for simultaneously removing key impurities from raw natural gas By Georgia Institute of Technology
Published Electronics Capillary Trap Highly efficient dissipation of very large heat fluxes produced by chips inside computers and other electronic devices By Georgia Institute of Technology
