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Search indexed NASA NTRS and DOE OSTI research on propulsion, heat transfer, battery materials and energy systems. Follow report and document links to the original sources.
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Concepts for Phased Development of a Lunar Surface Base
Several design concepts were studied in 2019 and 2020 to explore a range of possibilities for development of a base on the surface of the Moon in preparation for ongoing missions to Mars. The studies included phasing approaches for life support systems to accommodate initial short-term missions under 60 days with eventual ongoing missions with crew rotations every 180 days. The approach presented is not currently in the NASA plans but is one of many approaches that could be considered as a reference for future development by government, commercial, and international partners. Included in the paper are conceptual layouts, life support phasing approaches, and mass properties for a variety of modules leading toward a permanent base on the surface of the Moon that is also applicable to a base development on the surface of Mars.
Comparison of Computer Animation Methods for Lunar Surface Solar Arrays
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Status of Regenerative Fuel Cell Technologies for Lunar Surface Applications
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Stereo Camera Simulation for Lunar Surface Photogrammetry
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Physcomitrella Patens, a Model System to Understand Deep Space and Lunar Surface Radiation Risks
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Flight Operations input to the Lunar Surface Science Workshop: Artemis Science Backroom
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Protecting Astronauts from Space Radiation on the Lunar Surface
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Lunar Surface, Interaction of the Solar Wind with Upper Regolith
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Microgrid for Sustainable Lunar Surface Power
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Sustainable Power for the Lunar Surface
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Fundamental and Applied Lunar Surface Research in Physical Sciences
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Lunar Surface Operations Modeling Using Digital Astronaut Simulation
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ASEC 2021 Lunar Surface Environments Added to the Design Specification for Natural Environments
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Lunar Surface VR/ARGOS Trainer
This proposal aims to provide insight by identifying potential risks and unknowns of lander egress and surface operations through a Mixed Reality (MR) planning, training, and analysis capability that integrates Virtual Reality (VR) simulations and the Active Response Gravity Offload System (ARGOS).
Autonomous Systems & Robotics for Lunar Surface Infrastructure
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