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Space Resources Roundtable VIII
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The eighth Space Resources Roundtable was held at the Colorado School of Mines in late 2006.
Presentations made available from that conference may be viewed through the download links provided here.
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Proceedings
D.J. Atkinson, NASA ESMD
NASA Lunar Precursor and Robotic Program
Documents  2.6 mb
M.B. Duke, Colorado School of Mines
Scientific Context for the Exploration of the Moon: A National Research Council Space Science Board Study
Documents 2.5 mb
ISRU and the Lunar Environment
K. Heiss, A. Ignatiev, and P. van Susante
Development of a Lunar Water Astroparticle Observatory Using In Situ Resources
G.A. Smithers, M.K. Hehls, M.A. Hovater, S.W. Evans, J.S. Miller, R.M. Broughton, Jr., D. Beale, and F. Kilinc-Balci
A One-Piece Lunar Regolith-Bag Garage Prototype
Documents 4.9 mb
B. Boldoghy, J. Kummert, I. Szilágyi, T. Varga, and Sz. Bérczi
Feasibility Concept of Creating Protected Spaces with Great Size and Balanced Interior Temperature for Industrial Activities on the Moon
Documents 1.8 mb
J. Diaz and B. Ruiz
Comparative Study of ISRU-based Transportation Architectures for the Moon and Mars: LOX/LH2 vs. LOX/Methane
Documents .1 mb
B.Blair, B.Damer, D. Rasmussen, and P. Newman
Design Simulation in Support of Exploration and ISRU for NASA’s Lunar Exploration Program and the Mining Industry
Documents 37 mb
J.S. Halekas, G.T. Delory, T.J. Stubbs, W.M. Farrell, R.R. Vondrak, and M.R. Collier
Lunar Electric Fields and Dust: Implications for In Situ Resource Utilization
Documents 2.9 mb
F.A. Slane and G. Rodriguez
Layered Architectures for Mitigation and Processing of Planetary Dust for Manned and Robotic Space Exploration
Documents .27 mb
L.A. Taylor and J.T. James
Potential Toxicology of Lunar Dust
Documents 6.9 mb
Infrastructure and Commercial
C.D. O’Dale
Building Private and Public Sector Support for Space Resource Use
Documents .1 mb
H.A. Thronson, S. Sharma and A.E. Schweitzer
Future In-Space Operations Support of ISRU
R.M. Westfall
Galactic Mining Industries Inc. – Business Plan Development – Market Definition and Revenue Streams
Documents 1.1 mb
B.L. Fraser
Advanced Ultra High Displacement Compressor Technology for Space Industrialization as an Economic Tool for Space Exploration
Prospecting
B.L. Cooper
Craters and Channels on Malapert Mountain in the Lunar South Pole Region: Challenges Associated with High-Incidence-Angle Imagery
Documents 1.4 mb
R.C. Elphic, D.J. Lawrence, P.Chu and BJ.B. Johnson
Tests of the Utility of Neutron and Gamma Ray Probes for Resource Prospecting and Characterization
Documents 2.8 mb
J.B. Johnson, R. Bates, E.S. Berney, IV, R.Elphic, B.J. Glass, R.B. Haehnel, and S. Taylor
CRUX II: Mapper-Decision Support System Project
Documents 5.3 mb
K.R. Johnson and R.W. Easter
In-Situ Resource Prospecting, Assaying and Mapping
J. Plescia, P.Spudis and B.Bussey
A Robotic Mission Strategy for Choosing an ISRU Prospect and Process
Excavation and Materials Handling
D. Glaser, G. Paulsen, K.Zacny, K.Davis, E. Mumm, and B. Glass
Autonomous Drills for Planetary Subsurface Access
Documents 17.7 mb
K. Yoshida, K. Nagatani, G. Ishigami, S. Shimizu, K. Sekimoto, A. Miyahara and T. Yokoyama
Soil Mechanics of Lunar Regolith Simulants for Probe Landing and Rover Locomotion
Documents 2.2 mb
L.L. Johnson and P. J. van Susante
Excavation System Comparison: Bucket Wheel vs. Bucket Ladder
Documents .9 mb
L.A. Taylor and B. Eimer
Lunar Regolith, Soil, and Dust Mover on the Moon
Documents 16.6 mb
M. Berggren, R. Zubrin, S. Carrera, J. Kilgore, J. Campbell, H. Rose, N. Jameson, C. Boyll, and C. Roark
Lunar Materials Handling System
Documents 4.2 mb
B. Blair
A Long-Endurance Retaskable Transfer Vehicle
Documents 3 mb
S. Trigwell, J.G. Captain, E.E. Arens, J.E. Captain, J.W. Quinn, and C.I. Calle
The Use of Tribocharging in the Electrostatic Beneficiation of Lunar Simulant
Documents 10.8 mb
The Eighth Continent Project
B. Fort
Bringing Space Down To Earth - A Roadmap for Integrating Space Resources Into the Global Economy
Documents 1.3 mb
Resource Extraction
E. H. Cardiff and B. R. Pomeroy
Development of Vacuum Pyrolysis Techniques
Documents 17.5 mb
K.S. Tripuraneni Kilby, L. Centeno, G. Goughty, S. Mucklejohn, and D.J.Fray
The Electrochemical Production of Oxygen and Metal via the FFC-Cambridge Process
Documents 9.9 mb
T. Watanabe, S. Komatsuzaki, H. Kanamori, and S. Aoki
Kinetic Investigation of Water Production from Lunar Soil Simulant by Hydrogen Reduction
Documents .4 mb
D.S. Boucher
Planetary Mining: Planning the Dig and Digging the Plan
Documents 5.4 mb
G.S. Mungas, D. Rapp, R.W. Easter, T. Wilson, and K.R. Johnson
Sublimation Extraction of Mars H2O fro ISRU
A. Muscatello, D. Bruinsma, and R. Zubrin
Integrated Mars In-Situ Propellant Production System
Documents 4.3 mb
Regolith Simulants
J. Richard, D.S. Boucher and M.M. Battler
Lunar Physical Simulant: Evolution, Production and Use
Documents 3 mb
H. Kanamori, K. Matsui, A. Miyahara and S. Aoki
Development of New Lunar Soil Simulants in Japan
Documents .3 mb
D. Rickman, C. Owens, R. Howard, and C. McLemore
Requirements and Techniques for Developing and Measuring Simulant Materials
Documents 1.5 mb
R. Gustafson, B. White, M. Gustafson, and J. Fournelle
Development of a Lunar Agglutinate Simulant
Documents 6.2 mb
T. Kobayashi, H. Ochiai, N. Yasufuku, K. Omine, S. Aoki, H. Kanamori, K. Matsui, and A. Miyahara
Load-Settlement Characteristics of Japanese Lunar Soil Simulant in Partial Gravity
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