Surface elevations, gravity values, and bedrock elevations, all relative to station 105. Distance between stations is 1.5 to 2.5 kilometers. Superscripts denote stations on the bare icefields. Relative surface Relative g

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• ANSMET
• Lunar meteorite
• Ice fields
• Antarctica
• Physical geography
• Meteorite
• Allan Hills

Coesite and stishovite in a shocked lunar meteorite, Asuka, and impact events in lunar surface E. Ohtania,1, S. Ozawaa, M. Miyaharaa, Y. Itoa, T. Mikouchib, M. Kimurac, T. Araid, K. Satoe, and K. Hiragae a Departm

Source URL: epms.es.tohoku.ac.jp

• Silicon dioxide
• Dielectrics
• Materials science
• Lunar science
• Metamorphic petrology
• Stishovite
• Coesite
• Quartz
• Seifertite
• Chemistry
• Matter
• Geology

Apollo 13 - An ITSM Case Experience ™ Innovation in personal and organizational development “OKAY,

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• IT service management
• Apollo 13
• Information Technology Infrastructure Library
• Apollo Lunar Surface Experiments Package
• Apollo 1
• Spaceflight
• Apollo program
• Information technology management

Workshop on Issues in Crater Studies and the Dating of Planetary Surfacespdf IMPACT CRATERS AND SURFACE AGE OF THE NORTH POLAR LAYERED DEPOSITS, MARS. M.E. Landis1, S. Byrne1, I.J. Daubar2, K.E. Herkenhoff3

Source URL: www.hou.usra.edu

• Planetary geology
• Impact crater
• Borealis quadrangle
• Lunar craters
• Lunar science
• Planetary science
• Geology

Workshop on Issues in Crater Studies and the Dating of Planetary Surfacespdf The effect of secondary craters on surface ages derived from impact craters. E. B. Bierhaus1, 1Lockheed Martin Space Systems Comp

Source URL: www.hou.usra.edu

• Planetary geology
• Impact crater
• Moon
• Lunar craters
• Michelangelo quadrangle
• Bach quadrangle
• Planetary science
• Lunar science
• Geology

The crew reported that there was a gap between the exit plane of the skirt and the lunar surface, indicating that buckling was probably caused by a buildup of pressure inside the nozzle due to proximity to the lunar surf

Source URL: www.hq.nasa.gov

• Apollo program
• Apollo Lunar Module
• Exploration of the Moon
• Apollo Command/Service Module
• Apollo Abort Guidance System
• Guidance system
• NEAR Shoemaker
• Apollo
• Spaceflight
• Spacecraft
• Manned spacecraft

A High-Resolution Satellite Photo The Lunar Reconnaissance Orbiter (LRO) will take photographs of the lunar surface at a resolution of 0.5 meters per pixel. The 425x425 pixel image below (Copyright © 2009 GeoEye) was ta

Source URL: spacemath.gsfc.nasa.gov

• Unmanned spacecraft
• Exploration of the Moon
• Lunar Reconnaissance Orbiter
• Satellite imagery
• Moon
• Image resolution
• SELENE
• European Southern Observatory
• GeoEye
• Spaceflight
• Spacecraft
• Space technology

5 INFLIGHT SCIENCE AND PHOTOGRAPHY The inflight experiments and photographic tasks conducted during the Apollo 15 mission are discussed in this section. The discussion is concerned primarily with experiment hardware perf

Source URL: www.hq.nasa.gov

• United States
• Apollo 15
• Apollo 16
• Apollo 17
• SELENE
• Apollo Lunar Module
• Apollo Lunar Surface Experiments Package
• Apollo
• Moon
• Spaceflight
• Apollo program
• Manned spacecraft

Unit 2 Learning from Apollo The Lunar Disk Apollo Landing Sites Regolith Formation Lunar Surface

Source URL: ares.jsc.nasa.gov

• Lunar Roving Vehicle
• Moon
• NASA
• Apollo 15
• Apollo 17
• Spaceflight
• Apollo program
• Exploration of the Moon

Artwork for NASA by Pat Rawlings/SAIC As commerce develops on the Moon, tracts of the lunar surface will be dedicated to various industries such as lunar oxygen production, communications and helium-3 production. 

Source URL: fti.neep.wisc.edu