Award Data

The broader impact/commercial potential of this project lies in the ability to manufacture customized non-stigmatizing, attractive headgear containing advanced materials to provide protection in older adults from head injury as a result from a fall. Injury from falls is a severe and growing problem with the personal consequence of potential severe injury and economic consequences to individuals, f ...

This Small Business Innovation Research Phase I project assesses the technical feasibility of the amorphous metal non-linear resistor as a transformational display technology. This technology challenges conventional display industry wisdom by using tunneling electronics, enabled through innovative materials, to simplify the active matrix liquid crystal display backplane. A new path is defined for ...

This Small Business Innovation Research (SBIR) Phase I project aims to resolve a glaring safety issue of Li-ion battery for grid energy storage. Li-ion has experienced a number of high profile failures that lead to fires. In spite of its high-rate capability, long life and efficiency, the excessive cost and inadequate safety of Li-ion will limit its broader application for grid storage. The safety ...

This Small Business Innovation Research Phase I project will quantify the reliability of Electrical Flux Metrology (EFM) technology, compare its precision against existing state-of-the-art metrology processes, and verify the portability onto a third party machine tool. One of the greatest obstacles in machining micro-parts is inspection and verification. Prospective customers, partners and investo ...

The broader impact/commercial impact of this project is centered on its ability to significantly enhance the conductive ink applications in the printed electronics market. Printed electronics is dominated by high viscosity silver pastes for screen-printing applications. However, these pastes are extremely high cost, require high annealing temperatures, and do not achieve the high conductivities wi ...

This Small Business Innovation Research Phase I project involves development of a new class of lightweight aluminum superalloys to replace much heavier cast iron in automobile brake rotors. There is a large market for brake rotors, estimated worldwide at $10 billion. Replacing four cast iron brake rotors in a typical sedan will reduce its weight by about 80 pounds, which translates into significan ...

This Phase I project's broader/commercial impact will be marketable software as a service that should generate tax revenue based on sales and increase the number of jobs available to U.S. residents. Research says that "as much as two-thirds of the value created by new Internet offerings has been captured as consumer surplus." Web-based WYSIWYG XML editors are currently available in the market ...

The broader impact/commercial potential of this Small Business Innovation Research (SBIR) Phase I project results from its potential to significantly strengthen the ability of network operators and security administrators to implement the correct set of rules to keep critical assets out of reach of cyber adversaries. The power grid has been said to be the most important engineering achievement of ...

This Small Business Technology Transfer Research (STTR) Phase I project will focus on oral cancer (OC), a disease that strikes over 30,000 new patients each year in the US resulting in about 8,000 deaths and even more disfigurements. This costs hundreds of millions of dollars in medical fees. A surgical biopsy with histopathology diagnosis is routine for oral tumor assessment and about one million ...

This Phase I Small Business Innovation Research Project develops methods of recycling rare earth alloys from used nickel metal hydride batteries. Alloys of rare earth metal, nickel and other metals provide functional hydride storage materials that are critical to the operation of nickel metal hydride batteries and their applications. The current fleet of hybrid electric vehicles relies upon nick ...