Published Engineering Efficient Battery Power This technology allows the user to monitor and remove individual cells within a battery system and it eliminates the need for additional balancing circuits. By University of Alabama
Published Manufacturing & Production Carbon Dioxide in Concrete This produces a concrete mix that is less expensive, stronger, more durable, requires less OPC and promotes the use of waste products such as fly ash. By University of Alabama
Published Manufacturing & Production Hard Encapsulation This tool uses perforated cenospheres to load and then release, or seal the admixtures within the concrete as needed. By University of Alabama
Published Telecommunications Hexaferrite Antenna This antenna has demonstrated desired wideband properties in the 2.45 GHz range and with reasonable gain. By University of Alabama
Published Manufacturing & Production Nanostructured Electrode It is capable of producing nanostructures on a substrate without the use of templates. By University of Alabama
Published Wearable Technology Helmet Collision Impacts The system will track by location in real time, allowing the user to determine which player specifically took the hit. By University of Alabama
Published Aerospace Reducing Combustion Noise Improved combustion and reduces pollutants such as NOx, SOx. By University of Alabama
Published Aerospace Vapor Recovery System Flexible for multipule fuel type enabling efficient engine operation. The system can be used to reduce evaporative emissions more effectively than current canister systems. By University of Alabama
Published Power & Utilities Gasoline Powered Generators Eliminates the need of the CO sensor, which can malfuntion and provide wrong readings. By University of Alabama
Published Engineering Magnetic Antenna Structures Provides Miniaturization and high performance. By University of Alabama
Published Manufacturing & Production Thin Nanoparticles Technology has the ability to modifty structure of the contrast agent into whiskers, plate or wire shapes. By University of Alabama
Published Manufacturing & Production Diamond Films A method of drill design that will produce low stress, functional diamond films on cobalt-cemented tungsten carbide twist drills. By University of Alabama
