Award Data

The goal of this SBIR Phase II project is to test develop high-strength, low-cost fibers for protective clothing and equipment, shelters and airdrop equipment using commodity olefin polymer materials in a unique fiber production process.

Traditional diode end pumped single mode fiber laser designs are limited in terms laser power pumping and energy extraction. Double clad large mode area fibers are easier to scale up and typically utilize fiber delivered diode pumping at various laser gain length intervals in order to overcome fiber aperture power density limitations. Even with such improvements, current high power fiber lasers ...

Sensor Electronic Technology, Inc. will develop, prototype and start pilot production of new class of high power deep ultraviolet (DUV) light-emitting diodes (LED) using our proprietary and patented technology and novel technical approaches demonstrated during Phase I effort. Target performance characteristics for large area, high power DUV LEDs at the end of Phase II program are (i) 5% wall plug ...

This Small Business Innovation Research Phase I project is concerned with the development of an integrated laser system which can deliver both intense high energy laser pulses and low energy high peak power pulses from the same device. The purpose of such a device would be the use of high energy pulses for the ignition of a pyrotechnic or propellant from a remote location through a fiberoptic. T ...

Growing interest in vaccination and diversity of new vaccines which can be administered as a single dose for timely response and prolonged immunity evoked use of absorbable polymers for developing controlled delivery systems. Although absorbable microspheres were explored for controlled delivery of vaccines, poor reproducibility of these systems created a need for a unique single-shot vaccine for ...