Award Data

This work proposes to capitalize on our Phase I success in a novel visible-near infrared Stokes polarization imaging technology based on high performance fast tunable phase retarder and novel algorithms for analyzing and diagnosing biological phantoms and cells. Phase I results have demonstrated the feasibility of this technique in in-vivo analyzing biological phantoms and cells. In this Phase II ...

This work represents the exploitation of a unique method of crystal growth – constrained epitaxy (CE) – in the manufacture of low-noise, multi-color UV sensors. The sensors developed here are based on the GaN/AlGaN materials system and are sensitive in the wavelength range from 250-400nm. Target responsivities are > 0.1 A/W throughout the spectral interest range. The first arrays produced under ...

Proposal Title: Aerospace Systems Monitor PHASE 1 Technical Abstract: This Phase II STTR project will continue development and commercialization of the Aerospace System Monitor (ASM). This technology transforms the power distribution network in a spacecraft or aircraft into a multiple-use service, providing not only power distribution but also a diagnostic monitoring capability and system health ...

Visidyne's Phase I effort has established through modeling and analysis that a unique concept for an active optical 3-D Imager (or Imaging LADAR) has high potential for successful application as a hazard avoidance sensor for use by NASA spacecraft during landing on planetary surfaces. The Landing Hazard Sensor promises to be highly cost-effective, utilizing efficient high-power laser diode techno ...

We intend to perform a “Demonstration” Certification of a COTS automotive engine, including and focusing on what is likely to be one of the most challenging aspects of the FAA Engine Certification, the FAA approval of a COTS automotive Engine Control Unit (ECU). The COTS automotive based ECU is the most technically challenging system due, not only to the design and manufacturing processes emplo ...

In this proposal we describe a plan to build a deformable mirror suitable for space-based operation in systems for high-resolution imaging. The prototype DM will be fabricated through a combination of micromachining and wafer bonding steps that were all proven feasible in the Phase I project. The device will rely on single crystal silicon for all structural components, promising unprecedented ther ...

In our Phase I effort we developed a prototype software-agent based framework to provide for autonomous re-targeting of sensors hosted on satellites in polar orbits, subject to standing requests and dynamic user requests. Our approach is a distributed and de-centralized, with each satellite maintaining knowledge of its sensor complement and physical capabilities as well as its schedule. Each sate ...

Through this Phase I program, Agiltron has successfully produced an innovative transparent conductive nanocomposite paint that holds the promise of meeting space application requirements. The paint can be easily applied to many surfaces and forms a clear conductive coating at temperatures as low as 130 oC. These coatings exhibit high visible transparency of ~ 85 % (> 95% with additional AR co ...

NASA is seeking a high performance thermal insulation material for cryogenic applications in space launch development. Many of the components in cryogenic distribution systems at the launch site can be complex and require an insulation that can be formed to irregular shapes to minimize heat leak. Aerogel beads are configurable to virtually any shape and offer a lightweight insulation solution with ...

Micro-resistojets offer an excellent combination of simplicity, performance and wet system mass for small satellites (