41–60 of 64 hits
|

    Recommended Crew Systems Capabilities for a 30 to 90 Day Four-Crew Lunar Surface Mission

    J. Robert L. Howard | NTIS | 2020
    Keywords: Habitat , Lunar exploration

    Internal Architecture of the Common Habitat

    Robert Lee Howard, Jr. | NTRS
    Keywords: Lunar Basecamp , Habitat , Common Habitat

    Surface Transportation of the Common Habitat from Lander to Habitation Zone

    Robert L. Howard, Jr. / Jaime D. Gomez, Jr. / Tracy Gill | NTRS
    Keywords: Lunar Suface , Habitat Transportation

    Deployable Extravehiclar Activity Platform (DEVAP) for Planetary Surfaces

    Howe, A. Scott / Merbitz, Jerad / Kennedy, Kriss et al. | NTRS | 2012
    Keywords: habitat pressure vessels , Lunar electric rover (LER) , Lunar Surface Systems (LSS)

    Recommended Crew Systems Capabilities for a 30 to 90 Day Four-Crew Lunar Surface Mission

    Robert L. Howard, Jr. | NTRS
    Keywords: Lunar Exploration , Habitat

    Early Assessments of Crew Timelines for the Lunar Surface Habitat

    Chase Lynch / Chel Stromgren / William Cirillo et al. | NTRS
    Keywords: Lunar Surface Habitat

    Viability of Small Dimension Crew Quarters for Surface Habitation

    Harry L Litaker / Robert L Howard | NTRS
    Keywords: Lunar Surface , Habitat

    Science Capabilities of the Common Habitat

    Robert L. Howard, Jr. / Allison Quesenbery | NTRS
    Keywords: Lunar Suface , Lunar And Planetary Science And Exploration , Common Habitat

    Environmental Control and Life Support (ECLS) System Options for Mars Transit and Mars Surface Missions

    Zach Bryant / Andrew Choate / David Howard | NTRS
    Keywords: Lunar And Planetary Science And Exploration , Transit Habitat

    A Crew and Logistics Lander for the Common Habitat Architecture

    Robert L Howard, Jr. / Hannah Whitley / Felix Arwen | NTRS
    Keywords: Lunar Lander , Common Habitat

    Environmental Control and Life Support (ECLS) System Options for Mars Transit and Mars Surface Missions

    Zach Bryant / Andrew Choate / David Howard | NTRS
    Keywords: Lunar And Planetary Science And Exploration , Transit Habitat

    Influence of Ductility on the Performance of Lunar Habitat Structures Under Recurrent Disturbances

    Majlesi, Arsalan / Behjat, Amir / Shahriar, Adnan et al. | AIAA | 2024
    Keywords: Space Habitat , Lunar Infrastructure

    NASA’s Moon to Mars (M2M) Transit Habitat Refinement Point of Departure Design

    Andrew Choate / Danny Harris / Tiffany Nickens et al. | NTRS
    Keywords: Mars Transit Habitat , Lunar and Planetary Science and Exploration

    Development of an Adaptive Droop Control Method for Interconnected Lunar DC Microgrids Using Power Hardware-in-the-Loop

    Andrew R.R. Dow / Rachid Darbali-Zamora / Felipe Palacios II et al. | NTRS
    Keywords: lunar habitat

    Common Habitat Base Camp for Moon and Mars Surface Operations

    Robert L. Howard Jr. | NTRS
    Keywords: Lunar Outpost , Habitat

    Common Habitat Base Camp for Moon and Mars Surface Operations

    R. L. H. Jr. | NTIS | 2021
    Keywords: Habitat , Lunar outpost

    System analysis of a Moon base at the south pole: Considering landing sites, ECLSS and ISRU

    Kaschubek, Daniel / Killian, Matthias / Grill, Laura | Elsevier | 2021
    Keywords: Lunar south pole , Virtual habitat

    Gecko Mobility Aids for a Common Habitat Architecture

    Robert L. Howard, Jr. / Stephen McNierney / Cade Shuck et al. | NTRS
    Keywords: Lunar and Planetary Science and Exploration , Common Habitat

    Austere Human Missions to Mars

    Price, Hoppy / Hawkins, Alisa / Radcliffe, Torrey | NTRS | 2009
    Keywords: Lunar And Planetary Science And Exploration , transit habitat (TransHab)

      Austere Human Missions to Mars

      Price, Hoppy / Hawkins, Alisa M. / Tadcliffe, Torrey O. | NTRS | 2009
      Keywords: Lunar And Planetary Science And Exploration , Mars Transit Habitat (TransHab)

    JSC Biennial Research and Technology Report, 2009

    K. J. Kennedy | NTIS | 2009
    Keywords: Surface habitat systems , Lunar Wet-Bath , Habitat testbeds , Autonomous habitat operations development , Human surface habitat