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LUNARES: lunar crater exploration with heterogeneous multi robot systems
Intelligent Service Robotics, 2010The LUNARES (Lunar Crater Exploration Scenario) project emulates the retrieval of a scientific sample from within a permanently shadowed lunar crater by means of a heterogeneous robotic system. For the accomplished earth demonstration scenario, the Shakelton crater at the lunar south pole is taken as reference. In the areas of permanent darkness within
Florian Cordes +12 more
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Icarus, 1966
Abstract During the first seventh of lunar history, the cratering rate on the Moon averaged roughly two hundred times the average post-mare rate. The peak rate may have been much higher. Crater densities are thus not proportional to age. The large, circular mare basins fit the diameter distribution of the “continental” craters and are thus identified
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Abstract During the first seventh of lunar history, the cratering rate on the Moon averaged roughly two hundred times the average post-mare rate. The peak rate may have been much higher. Crater densities are thus not proportional to age. The large, circular mare basins fit the diameter distribution of the “continental” craters and are thus identified
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The Craters of the Lunar Landscape
2015Titan is the furthest other-worldly landscape that we have seen. Our Moon is the closest, so close that some of its scenery was first described over four centuries ago. The Italian astronomer and physicist Galileo Galilei (1564–1642) turned his telescope to the Moon at the end of 1610, and was able to see its features clearly.
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Icarus, 1965
10 crater radii from the shock epicenter. These fragments are located on the eroded surface of the younger Moenkopi formation and most are probably missiles ejected from the crater. The missiles ejected the farthest were probably Moenkopi fragments but are difficult to detect at present on the Moenkopi surface since the evidence of the impact, the ...
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10 crater radii from the shock epicenter. These fragments are located on the eroded surface of the younger Moenkopi formation and most are probably missiles ejected from the crater. The missiles ejected the farthest were probably Moenkopi fragments but are difficult to detect at present on the Moenkopi surface since the evidence of the impact, the ...
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Icarus, 1970
Abstract Solidification ages from Apollo rock samples plus the present-day impact rate are used to derive the time-behaviour of lunar cratering. Indications of three different families of impacting bodies are discussed.
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Abstract Solidification ages from Apollo rock samples plus the present-day impact rate are used to derive the time-behaviour of lunar cratering. Indications of three different families of impacting bodies are discussed.
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1969
You will receive a sheet of Kuiper’s magnificent Photographic Lunar Atlas. This should be handled with great care! We have selected a region not too far from the equator and not too close to the limb, which gives some simplifications in the reduction.
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You will receive a sheet of Kuiper’s magnificent Photographic Lunar Atlas. This should be handled with great care! We have selected a region not too far from the equator and not too close to the limb, which gives some simplifications in the reduction.
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1987
You will receive a sheet of Kuiper’s magnificent Photographic Lunar Atlas. This should be handled with great care! We have selected a region not too far from the equator and not too close to the limb, which gives some simplifications in the reduction.
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You will receive a sheet of Kuiper’s magnificent Photographic Lunar Atlas. This should be handled with great care! We have selected a region not too far from the equator and not too close to the limb, which gives some simplifications in the reduction.
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The Lunar Cratering Chronology
Reviews in Mineralogy and Geochemistry, 2023H. Hiesinger +11 more
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1970
Thesis (B.S.)--Massachusetts Institute of Technology, Dept. of Earth and Planetary Sciences, 1970. ; Bibliography: leaves 30-32. ; by Joel Mosher. ; B.S.
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Thesis (B.S.)--Massachusetts Institute of Technology, Dept. of Earth and Planetary Sciences, 1970. ; Bibliography: leaves 30-32. ; by Joel Mosher. ; B.S.
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Kinetic Particle Simulations of Plasma Charging at Lunar Craters Under Severe Conditions
Journal of Spacecraft and Rockets, 2023Daoru Han, Xiaoming He
exaly