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Matching Records: 17
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Teleoperation from Mars Orbit: A proposal for Human Exploration
Document ID: 20050203988
Author: Landis, Geoffrey A.
Abstract: For a human expedition to Mars, a case can be made that the best strategy for initial exploration is hide
Publication Year: 2004
Document Type: Preprint
Date Acquired: Aug 25, 2005
Robotic Exploration of the Surface and Atmosphere of Venus
Document ID: 20050203799
Author: Landis, Geoffrey A.
Abstract: Venus, the "greenhouse planet", is a scientifically fascinating place. In many ways it can hide
Publication Year: 2004
Document Type: Preprint
Date Acquired: Aug 23, 2005
Robotic Technology for Exploration of Venus
Document ID: 20050207373
Author: Landis, Geoffrey A.
Abstract: Venus, the "greenhouse planet", is a scientifically fascinating place. A huge number of hide
Publication Year: 2003
Document Type: Preprint
Date Acquired: Sep 02, 2005
Solar Flight on Mars and Venus
Document ID: 20030000601
Author: Landis, Geoffrey A.; LaMarre, Christopher; Colozza, Anthony
Abstract: Solar powered aircraft are of interest for exploring both Mars and Venus. The thin atmosphere of hide
Publication Year: 2002
Document Type: Conference Paper
Date Acquired: Dec 27, 2002
Mission Applicability and Benefits of Thin-Film Integrated Power Generation and Energy Storage
Document ID: 20010092175
Author: Hoffman, David J.; Raffaelle, Ryne P.; Landis, Geoffrey A.; Hepp, Aloysius F.
Abstract: This paper discusses the space mission applicability and benefits of a thin-film integrated power hide
Publication Year: 2001
Document Type: Conference Paper
Report/Patent Number: NASA/TM-2001-211097, E-12940, NAS 1.15:211097, IECEC2001-AT-21
Date Acquired: Oct 05, 2001
Mars Exploration with a Self-Refueling Hopper
Document ID: 20010020462
Author: Landis, Geoffrey A.; Linne, Diane
Abstract: A small reusable 'hopper' vehicle, the Mars In-situ Propellants Rocket (MIPR), is proposed to fly hide
Publication Year: 2000
Document Type: Conference Paper
Date Acquired: Mar 16, 2001
Mate and Dart: An Instrument Package for Characterizing Solar Energy and Atmospheric Dust on Mars
Document ID: 20010020463
Author: Landis, Geoffrey A.; Jenkins, Phillip; Scheiman, David; Baraona, Cosmo
Abstract: The MATE (Mars Array Technology Experiment) and DART (Dust Accumulation and Removal Test) hide
Publication Year: 2000
Document Type: Conference Paper
Date Acquired: Mar 16, 2001
Characterization of Settled Atmospheric Dust by the DART Experiment
Document ID: 20000012719
Author: Landis, Geoffrey A.; Jenkins, Phillip P.; Baraona, Cosmo
Abstract: The DART ("Dust Accumulation and Removal Test") package is an experiment which will fly as hide
Publication Year: 1999
Document Type: Conference Paper
Date Acquired: Feb 11, 2000
A Space Testbed for Photovoltaics
Document ID: 19990071163
Author: Landis, Geoffrey A.; Bailey, Sheila G.
Abstract: The Ohio Aerospace Institute and the NASA Lewis Research Center are designing and building a hide
Publication Year: 1998
Document Type: Conference Paper
Date Acquired: Sep 24, 1999
Solar Power Satellites: Summary of a workshop held at SPRAT-14
Document ID: 19960045607
Author: Landis, Geoffrey A.
Abstract: The Office of Advanced Concepts at NASA recently initiated a re-analysis of the 'Solar Power hide
Publication Year: 1996
Document Type: Conference Paper
Date Acquired: Oct 12, 1996
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