2014
DOI: 10.2514/1.b34958
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Demonstration of Compact Air Separation Technology for In-Flight Oxygen Collection Space Launchers

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Cited by 4 publications
(3 citation statements)
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“…The values quoted are widely different. They vary from 32.6 (Czysz, 1993), 30-75 (Leingang et al, 1996), 100 (Biltgen et al, 2004), 217 (Crocker et al, 2003a(Crocker et al, , 2003b to 450 (Verstraete et al, 2014) kg of equipment per kg of oxygen produced per second. Given the progress exhibited by the onboard oxygen-producing technology, and in view of the assumed improved performance of the proposed scheme of the membrane-Kapitza method, the lowest value of 32.6 kg/kg/s is chosen.…”
Section: Air Collection and Enrichment System (Aces)mentioning
confidence: 99%
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“…The values quoted are widely different. They vary from 32.6 (Czysz, 1993), 30-75 (Leingang et al, 1996), 100 (Biltgen et al, 2004), 217 (Crocker et al, 2003a(Crocker et al, , 2003b to 450 (Verstraete et al, 2014) kg of equipment per kg of oxygen produced per second. Given the progress exhibited by the onboard oxygen-producing technology, and in view of the assumed improved performance of the proposed scheme of the membrane-Kapitza method, the lowest value of 32.6 kg/kg/s is chosen.…”
Section: Air Collection and Enrichment System (Aces)mentioning
confidence: 99%
“…Reported figures of ACES performance vary to the extent that their validity is questioned. They range from 32.6 (Czysz, 1993) to 450 (Verstraete et al, 2014) kg of equipment per kg/s of liquid oxygen produced. Another oddity is that later references (Verstraete et al, 2014) suggest values one order of magnitude higher than earlier ones (Czysz, 1993).…”
Section: Propulsion Systemmentioning
confidence: 99%
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