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Assessment of Microbial Bioburden Within Aerogel Matrices

A post-capture aerogel degradation via cryogenic grinding is compatible with downstream nucleic-acid-based molecular modes of analysis. NASA’s Jet Propulsion Laboratory, Pasadena, California A makeshift apparatus has been designed composed of a sealed, hydrophobic 2-propanol/SiO2 aerogel component to filter outside air particles. Following verification and assessment, the apparatus was crafted with a Buchner funnel. Aerogel matrices were tightly fitted into filter housings and secured in side-arm flasks, which were then equipped to a vacuum pump to pull air through the aerogel matrices. Aerogels, both with and without fiberglass reinforcement, were used to collect airborne particulates for one- and three-hour increments. An untreated negative control aerogel, employing air collection from a laminar hood, and a positive aerogel matrix were seeded with endospores that verified the extraction from the matrices.

Posted in: Briefs, TSP

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The Advanced Data Analytics Platform (ADAPT): Concept, Design, Architecture, and Operation

Goddard Space Flight Center, Greenbelt, Maryland NASA scientists are uniquely positioned to research and understand the processes affecting the Earth’s climate. To study these important processes, scientists must address the Big Data challenges posed by working with massive amounts of observational and climate model output data. The Advanced Data Analytics Platform (ADAPT) is a cyber infrastructure resource specifically designed to reduce the friction between scientists and data. The system includes a high-performance storage cloud surrounded by large-scale compute resources. A very high-performing network enables fast access to the data stored within ADAPT. Furthermore, the system allows users to bring their applications to the data and define the environment in which those applications run. The science results can then be stored for future analysis or shared through static and dynamic data services within ADAPT without having to move the data or make additional copies. The agility, flexibility, and extensibility of the system make it ideal for NASA scientists to produce science results quickly by analyzing large data sets.

Posted in: Briefs, TSP, Electronics & Computers

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NASA Maps Support Earthquake Relief Efforts

During natural disasters like high-magnitude earthquakes, areas most in need of assistance must be located as fast as possible. Researchers, led by Sang-Ho Yun at NASA's Jet Propulsion Laboratory, Pasadena, California, have developed a way to make maps of damage using the remote sensing technology of satellites. The method works even if the satellite images are taken at night or in cloudy skies.

Posted in: News

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Orion Heat Shield Thermal Mapping Tool

The Orion Heat Shield Mapping Tool collects data from a set of output files from various re-entry thermal response codes, interpolates the data, and maps the analysis code data onto a finely meshed finite element model.

Posted in: Briefs, Electronics & Computers

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Distributed User Interface Management System for Interactive Collaborative Environments

This technology can be used in applications with complex user interfaces, such as control rooms, emergency and combat operations, and telemedicine. John F. Kennedy Space Center, Florida The Ground Systems Development and Operations (GSDO) Smart Firing Room Project aims to create a firing room using cutting-edge technologies of today that are expected to be the state-of-the-art for the 2020s. One aspect of this project is providing a seamless Interactive Collaborative Environment (ICE) across a diverse array of user-facing devices — numerous screens of varying sizes, personal mobile devices, and natural user interface (NUI) sensors for multi-touch, gesture, and voice inputs. Applications accessible through the ICE are expected to provide Distributed User Interfaces (DUIs) that support collaborative features such as sharing applications with remote users, multi-user interaction for collaborative editing, and modular User Interfaces (UIs) to support customized workspaces spread across multiple devices. Using current technologies, developing an application with a DUI supporting such a wide variety of platforms is extremely costly due to the tight coupling between UIs, host platforms, and the application logic.

Posted in: Briefs, TSP, Electronics & Computers

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Design Reference Mission Tool for Exoplanet Starshade Mission Study

This approach is nearly optimal for each observational tier. NASA’s Jet Propulsion Laboratory, Pasadena, California The Design Reference Mission (DRM) tool was developed to support the Exo-Starshade (Exo-S) Science and Technology Definition Team for modeling both the Dedicated (30-m starshade, 1.1-m telescope) and Rendezvous (34-m starshade, 2.4-m telescope) missions. The DRM describes the sequence of observations to be performed and estimates the number of planets that will be detected and characterized. It is executed with a MATLAB-based tool developed for the Exo-S Study.

Posted in: Briefs, TSP, Electronics & Computers

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Data Parallel Line Relaxation Code (DPLR) Version 3.05

Ames Research Center, Moffett Field, California The Reacting Flow Environments branch at NASA ARC is interested in characterizing the aerothermal environment of three main classes of problem: planetary entry vehicles, reusable launch vehicles (RLVs), and arc-jet (or other ground test) flow simulations. Each of these problem classes has unique physical characteristics, the understanding of which is at the cutting edge of the field. Proper modeling of the relevant physics is required to accurately simulate the aerothermal environments of these problem classes. These include, but are not limited to, chemical non-equilibrium, thermal non-equilibrium, shock layer radiation, surface catalycity, and thermal protection system material interaction with the aerothermal environment.

Posted in: Briefs, Electronics & Computers

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