Abstracts of Papers Presented at a Special Session of the Seventh Annual Lunar Science Conference on Utilization of Lunar Materials and Expertise for Large Scale Operations in Space
Document ID
19910073639
Acquisition Source
Legacy CDMS
Document Type
Conference Proceedings
Authors
Criswell, David R. (Lunar Science Inst. Houston, TX, United States)
Date Acquired
August 14, 2013
Publication Date
January 1, 1976
Subject Category
Lunar And Planetary Exploration
Report/Patent Number
NAS 1.26:188129NASA-CR-188129Report Number: NAS 1.26:188129Report Number: NASA-CR-188129
IDRelationTitle19910073647WorkThe regolith as a source of materials19910073660WorkDesign of equipment for vapor phase processing of metals19910073664WorkThe moon base power satellite: A preliminary analysis19910073651WorkLunar hydrogen sources19910073677WorkA lunar mass transportation system19910073673WorkFree-fall trajectories from the Moon to the Lagrangian equilibrium points19910073661WorkProcessing lunar soil for structural materials19910073649WorkWater on the moon19910073653WorkEffects on the lunar atmosphere resulting from large-scale manned operations19910073654WorkSolar-cosmic-ray variability19910073655WorkLarge-Scale Processing of Lunar Materials19910073656WorkGeotechnical engineering on the moon19910073657WorkFormation of water and methane, catalyzed by lunar dust19910073658WorkPortable lunar surface shelters of liquid metal-textile composites19910073659WorkChemical engineering on the moon19910073660WorkDesign of equipment for vapor phase processing of metals19910073661WorkProcessing lunar soil for structural materials19910073662WorkA way to compare costs of building rotating structures in space19910073663WorkPowder metallurgical components from lunar metal19910073664WorkThe moon base power satellite: A preliminary analysis19910073665WorkLightweight mobility systems for lunar operations utilizing elastic loop suspensions19910073666WorkFuture geophysical techniques for probing beneath the regolith: Prospecting objectives19910073667WorkPolar lunar exploration as a prelude to large-scale operations19910073668WorkAsteroids: A source of natural resources for terrestrial and extra-terrestrial applications19910073669WorkCometary capture missions: Benefits for habitation and materials processing on the lunar surface19910073670WorkRemote-controlled study of the history of lunar volatiles19910073671WorkFar-ultraviolet prospecting of the entire lunar regolith19910073672WorkUtilization of unique mare stratigraphy for determination of lunar surface material properties and location of subsurface operations facilities19910073673WorkFree-fall trajectories from the Moon to the Lagrangian equilibrium points19910073674WorkGas gun for launching raw materials from the lunar surface19910073675WorkThe capture of lunar materials ejected into deep space19910073676WorkA scheme for transport of lunar materials to utilization sites in Earth orbit19910073677WorkA lunar mass transportation system19910073676WorkA scheme for transport of lunar materials to utilization sites in Earth orbit19910073640WorkSpace industrialization: Rationales and key technologies19910073667WorkPolar lunar exploration as a prelude to large-scale operations19910073674WorkGas gun for launching raw materials from the lunar surface19910073670WorkRemote-controlled study of the history of lunar volatiles19910073648WorkHydrogen resources for the moon19910073669WorkCometary capture missions: Benefits for habitation and materials processing on the lunar surface19910073643WorkShould we colonize the moon before space19910073655WorkLarge-Scale Processing of Lunar Materials19910073645WorkA preliminary cost benefit analysis of space colonization: Abstract19910073659WorkChemical engineering on the moon19910073654WorkSolar-cosmic-ray variability19910073642WorkSome potential impacts of lunar oxygen availability on near-earth space transportation19910073666WorkFuture geophysical techniques for probing beneath the regolith: Prospecting objectives19910073644WorkEvaluation of a large radio-telescope array on the lunar farside19910073657WorkFormation of water and methane, catalyzed by lunar dust19910073641WorkLong-range aspects of a large scale space program19910073671WorkFar-ultraviolet prospecting of the entire lunar regolith19910073662WorkA way to compare costs of building rotating structures in space19910073672WorkUtilization of unique mare stratigraphy for determination of lunar surface material properties and location of subsurface operations facilities19910073665WorkLightweight mobility systems for lunar operations utilizing elastic loop suspensions19910073658WorkPortable lunar surface shelters of liquid metal-textile composites19910073656WorkGeotechnical engineering on the moon19910073663WorkPowder metallurgical components from lunar metal19910073668WorkAsteroids: A source of natural resources for terrestrial and extra-terrestrial applications19910073653WorkEffects on the lunar atmosphere resulting from large-scale manned operations19910073652WorkMetallic iron as a potential fuel for production of heat on the lunar surface19910073646WorkExploitation of a lunar-based nuclear economy: Implications for solar system commerce19910073650WorkProspects for finding the most valuable potential resource of the moon: Water19910073640WorkSpace industrialization: Rationales and key technologies19910073641WorkLong-range aspects of a large scale space program19910073642WorkSome potential impacts of lunar oxygen availability on near-earth space transportation19910073643WorkShould we colonize the moon before space19910073644WorkEvaluation of a large radio-telescope array on the lunar farside19910073645WorkA preliminary cost benefit analysis of space colonization: Abstract19910073646WorkExploitation of a lunar-based nuclear economy: Implications for solar system commerce19910073647WorkThe regolith as a source of materials19910073648WorkHydrogen resources for the moon19910073649WorkWater on the moon19910073650WorkProspects for finding the most valuable potential resource of the moon: Water19910073651WorkLunar hydrogen sources19910073652WorkMetallic iron as a potential fuel for production of heat on the lunar surface19910073675WorkThe capture of lunar materials ejected into deep space