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This data has achieved Bronze level on 23 October 2015 which means this data makes a great start at the basics of publishing open data.
Microgravity Multi-Phase Flow Experiment for Suborbital Testing (MFEST) Project
Summary
- Type of release
- a one-off release of a single dataset
- Data Licence
- Not Applicable
- Content Licence
- Creative Commons CCZero
- Verification
- automatically awarded
- Release Date
- 9 April 2015
- Modified Date
- 8 July 2015
- Publishers
- National Aeronautics and Space Administration
- Keywords
- completed, johnson-space-center, project
- Identifier
- microgravity-multi-phase-flow-experiment-for-suborbital-testing-mfest-project
- Landing Page
- http://techport.nasa.gov/view/12113
- Maintainers
- Ronald Clayton ronald.g.clayton@nasa.gov
- Language
- en-US
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Description
<p> The NASA Johnson Space Center (JSC), Crew and Thermal Systems Division (CTSD), had previously developed an orbital flight experiment to 1) test the feasibility of a water purifier for use in zero-gravity conditions, and 2) demonstrate sustained operation of a two-phase flow system with a passive gas/liquid separator. By design, the influent fluid was kept under pressure to saturate the water with gas; however, farther downstream, the fluid mixture is returned to near atmospheric pressure and fed into a vortex separator. The separator and overall system function was designed for operation in both Earth-gravity and zero-gravity conditions. The gas within the system is vented off downstream of the separator, and most of the liquid is re-circulated in the processing loop over the duration of operations.</p> <p> MFEST proposes to modify the experiment to test the two-phase flow and separation functions without using simulated or active water processing. This creates the following benefits/features:</p> <ul> <li> this project &nbsp;will test a two-phase flow system and vortex separator concept that continues to be considered for space applications, under the challenging environment conditions of launch, zero-g, and entry, and with sustained operations;</li> <li> &nbsp;two-phase flow and separator systems are needed in numerous technical areas (e.g., life support, thermal, science) and have been identified as a critical technology;</li> <li> no long-duration testing for variable gravity has been accomplished for this separator concept/design, and</li> <li> it leverages outdated experiment/hardware (has been on the shelf for a decade) for future spaceflight missions.</li> </ul> <p> Multi-phase flow systems can be applicable to technologies designated in multiple draft Office of Chief Technologist (OCT) Space Technology Roadmaps: Technical Area TA02, In-Space Propulsion Technologies; TA03, Space Power and Energy Storage; TA06, Human Health, Life Support and Habitation Systems; TA07, Human Exploration Destination Systems; and TA14, Thermal Management Systems.</p> <p> The experiment was originally designed for the Space Shuttle mid-deck, but was never flown due to mass, crew time, and other mission limitations. For the suborbital flight opportunity, the primary purpose of the test program would be to verify functional operations of the flow system and unique separator for a relatively long duration with variable gravity, in support of future space vehicle designs and missions.</p>
General Information
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This data is described at
http://catalog.data.gov/dataset/microgravity-multi-phase-flow-experiment-for-suborbital-testing-mfest-project Do you think this data is incorrect? Let us know
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This data is published by
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Legal Information
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The rights statement is at
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Outside the US, this data is available under
Creative Commons CCZero Do you think this data is incorrect? Let us know
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There are
yes, and the rights are all held by the same person or organisation Do you think this data is incorrect? Let us know
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The content is available under
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The data appears in this collection
http://catalog.data.gov/organization/nasa-gov Do you think this data is incorrect? Let us know
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Technical Information
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This data is published at
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