Normal gravity testing of a microchannel phase separator for insitu [sic] resource utilization



Publisher: National Aeronautics and Space Administration, Glenn Research Center, Publisher: Available from NASA Center for Aerospace Information in [Cleveland, Ohio], Hanover, MD

Written in English
Published: Downloads: 273
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Subjects:

  • Liquid flow.,
  • Microchannels.,
  • Earth gravitation.,
  • Two phase flow.,
  • Throats.

Edition Notes

StatementWard E. TeGrotenhuis and Victoria S. Stenkamp.
SeriesNASA/CR-2001-210955, NASA contractor report -- NASA CR-210955.
ContributionsStenkamp, Victoria S., NASA Glenn Research Center.
The Physical Object
FormatMicroform
Pagination1 v.
ID Numbers
Open LibraryOL16025832M

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Normal Gravity Testing of a Microchannel Phase Separator for Insitu Resource Utilization Ward E. TeGrotenhuis and Victoria S. Stenkamp Battelle Memorial Institute, Pacific Northwest Division P.O. BoxQ Avenue Richland, Washington Summary, Micro chemical and thermal systems (microCATS) is a general approach for reducing the size Get this from a library.

Normal gravity testing of a microchannel phase separator for insitu [sic] resource utilization. [Ward E TeGrotenhuis; Victoria S Stenkamp; NASA Glenn Research Center.] Normal Gravity Testing of a Microchannel Phase Separator for In Situ Resource Utilization.

Abstract. A microchannel separator, with millimeters as the smallest dimension, was tested, and a pore throat structure captured and removed liquid from a gas-liquid stream.

The microchannel device was tested over a of gas and liquid flow rates CULTURE OF ISOLATED GLOMERULI FROM NORMAL AND NEPHRITIC RABBITS. Normal Gravity Testing of a Microchannel Phase Separator for Insitu Resource :// Ward E.

Tegrotenhuis. Normal Gravity Testing of a Microchannel Phase Separator for Insitu Resource Utilization. :// Ward E. TeGrotenhuis has written: 'Normal gravity testing of a microchannel phase separator for insitu [sic] resource utilization' -- subject(s): Microchannels, Liquid flow, Earth gravitation   TEGROTENHUIS WARD E, STENKAMP VICTORIA S.

Normal gravity testing of a microchannel phase Separator for insitu resource utilization[R]. Washington: NASA Glenn Research Center, [5] MCCUNNEY S, BURNETT J.

Liquid/gas separation mechanisms[R] › 百度文库 › 高校与高等教育. Normal gravity testing of a microchannel phase separator for insitu resource utilization[R]. NASA, CR , : . [ 5] Wieland PO. Living together in space: the design and operaTMtion of the life support systems on the ISS[R]. › 百度文库 › 高校与高等教育.

The decomposition of hydrogen sulfide (H 2 S) with simultaneous hydrogen (H 2) generation offers a sustainable energy production option and an environmental pollution abatement strategy.H 2 S is both naturally occurring and human-made.

In the future, H 2 S production is expected to increase due to increased heavy oil refining. Currently, H 2 S is largely converted to sulfur and water using AEP Aircraft Electrical Propulsion III • Wednesday, 12 July • hrs Testing of the c ondenser/phase separator was demonstrated in zero gravity.

The specific energy of this device reached values of to W/K for water mole Victoria S. Stenkamp's 18 research works with 65 citations and reads, including: Devices with extended area structures for mass transfer processing of fluids   TeGrotenhuis, WE.

et al., “Normal Gravity Testing of a Microchannel Phase Separator for Insitu Resource Utilization.” p. Vasiliev, LL. et al., “High-Efficient Condenser with Porous Element.” p.

“Studies on Two-Phase Flows at Normal and Microgravity Conditions.” The Analysis of Phase Separation in Vertical Headers of Microchannel HEs. Normal Gravity Testing of a Microchannel Phase Separator for Insitu Resource ://   Tegrothenhuis et al., Normal gravity testing of a microchannel phase separator for resource utilization, NASNCR (Jun.

Brooks et al., Component development for a microchannel in situ propellant production system,AlChE Spring National Meeting held Mar.

14, in New Orleans, ?pid=&aid=   Tegrothenhuis et al., Normal gravity testing of a microchannel phase separator for resource utilization, NASA/CR (Jun. Brooks et al., Component development for a microchannel in situ propellant production system,AlChE Spring National Meeting held Mar.

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The invention also relates to devices that are capable of separating fluids. Normal Gravity Testing of a Microchannel Phase Separator for Insitu Resource Utilization, NASA/CR—, NASA Glenn Research Center, Cleveland, Ohio, Publisher Summary.

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