NU-LHT-1M PILOT - NASA

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Plasma Technology• Remotely-coupled transferred arcs– Non-conductive material rapidly heated / cooled– Extreme thermal gradient– Power density - 140 MW/m 3• Glass exit temperatures 1,300–1,925 °C. Up to 150 kg/hr• Plasma temperatures 13,000˚K to 21,000˚K– Typically run at 600 to 1,200 amps<strong>LHT</strong> glassmanufacturing
Agglutinate production• Partially melted material• Irregular internal structure, vesicles• Very friable• Production rates at 50+ kg (110+ lbs) per day
Page 1 and 2: NU-LHT-1MNASA/USGS - LUNAR HIGHLAND
Page 4: LHT-SOURCE MATERIALS• The Stillwa
Page 18 and 19: Development approach• Target aver
Page 20 and 21: Components usedMaterial Amount % of
Page 22 and 23: LHT-1M compositionOxide Apollo 16 L
Page 27: Movie clip
Page 31 and 32: SEMGlass spherules are rare to isol
Page 33 and 34: QEMSCAN ® ResultsDigital photograp
Page 35 and 36: Simulant Particle Shape - Quantifie
Page 38: Acknowledgements• Stillwater Mini

NU-LHT-1M PILOT - NASA

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