Award Data

Cecilia Energy proposes to continue research and development on a novel technology using microwave (MW)-Assisted ThermoCatalytic Decomposition (MWATCD) of mission trash to produce hydrogen gas (H2) and solid carbon, including carbon nanotubes (CNTs). Future NASA manned missions will require significant, if not complete, recycling of water and materials to reduce system fuel and materials storage d ...

The solicitation request is for a structural and mechanical innovation, with a deliverable of an elevated Lunar Surface Solar Array design capable of delivering 50kW of power.We propose modifying and integrating Folditurersquo;s proprietary Pyramid Hinge Array design, with novel linear extension mechanisms, as a solution for a large scale re-deployable Lunar Surface Solar Array Structure - Sunflak ...

In this SBIR Phase 1 project, we propose the development of a photovoltaic (PV) cell offering both high-intensity high temperature (HIHT) and low-intensity high temperature (LIHT) using silicon carbide (SiC) grown by MOCVD. The HIHT PV cells and blanket technologies will be used for near Sun missions and the LIHT will be used in missions such as Venus surface operation. We will use our proprietary ...

It is important to consider lithium-ion battery limitations particularly regarding temperature range, to ensure safe and successful mission outcomes. We have developed a gel polymer electrolyte that meets stringent requirements of high safety, stability, and non-flammabilitynbsp;for implantable medical devices and plannbsp;to further developnbsp;this electrolyte for use in cells operating in extre ...

We intend on developing a hybrid microchip version of the MEDLI SSE that will meet the requirement of MIL-PRF-38534.NASA wishes to equip all future planetary missions with a MEDLI like EDL system. Many planetary missions do not have the funding or project timeline to fly an EDL sensor suite similar to the MEDLI and MEDLI2. We will develop a low cost Data Acquisition System that can survive the rig ...

NASA has previously developed its 3D-TPS conceptnbsp;which offers superior mass efficiency relative to legacy carbon-phenolic TPS.nbsp; Multiple 3D-TPS recipes developed to date includenbsp;a spun carbon:phenolic yarn constituent.nbsp; Future recipes may require alternate yarn constructionsnbsp;(denier, blend ratios, fiber chemistries, etc.) in order to tailor TPS properties to specific mission re ...

Ongoing work in ultra-efficient subsonic and supersonic air-vehicles clearly shows the potential of evolutionary and revolutionary concepts to meet the performance goals of future aircraft. With their incorporation of lightweight flexible structures, such configurations may require active/adaptive control systems for load redistribution, flutter suppression and gust load alleviation to ensure reli ...

Sigma-Netics intends on developing a hybrid microchip version of the MEDLI SSE that will meet the requirement of MIL-PRF-38534.nbsp;NASA wishes to equip all future planetary missions with a MEDLI like EDL system.nbsp; Many planetary missions do not have the funding or project timeline to fly an EDL sensor suite similar to the MEDLI and MEDLI2.nbsp; Sigma-Netics will develop a low cost Data Acquisi ...

To address the critical needs of protecting road users from harmful traffic conflicts, a project is proposed for innovative AI video analysis of dilemma zone conflicts at signal-controlled intersections using edge computing and 5G. Specifically, the proposal applies innovative AI, advanced video analysis, and deep learning technologies, which show promising preliminary results, for automatic and r ...

Combining our proprietary Pyramid Hinge, with other novel mechanical and geometric solutions, we propose a disruptively compact, robust structure for Lunar Solar Power Generation ndash; The Sunflake Solar Array and Ultra Compact Tripod Tower (UCTT).nbsp;The solicitation request is for a structural and mechanical innovation, with a deliverable of an elevated Lunar solar array system, that is compac ...