References to Clementine Mission Publications
- Nozette, S., et. al., The Clementine Mission to the Moon: Scientific
Overview, Science, Vol. 26, 1994, pages 1835-1839.
- Zuber, M., et. al., The Shape and Internal Structure of the Moon
from the Clementine Mission, ibid., pages 1839-1843.
- Pieters, C., et. al., The Sharper View of Impact Craters from Clementine
Data, ibid., pages 1844-1847
- Spudis, P., et. al., Ancient Multiring Basins on the Moon Revealed by
Clementine Laser Altimetry, ibid., pages 1848-1851.
- Shoemaker, E., et. al., The South Pole Region of the Moon as Seen by
Clementine, ibid., pages 1851-1854.
- Lucey, P., et. al., Topographic-Compositional Units on the Moon
and the Early Evolution of the Lunar Crust, ibid., pages 1855-1858
- McEwen, A., et. al., Clementine Observations of the Aristarchus Region on
the Moon, ibid., pages 1858-1861.
- Regeon, P. A., et. al., Clementine "The Deep Space Program Science
Experiment", paper IAA-L-0501, International Academy of Astronautics,
presented at Low-Cost planetary Missions Converence, Laurel, MD April
12-15, 1994, 13 pages.
- Nozette, S. et. al, (Clementine) Mission Offers a New Look at the
Moon and a Near-Earth Asteroid, EOS, Vol. 75 No. 14, 1994. 1 page.
- Rustan, P., et. al., Flight-Qualifying Space Technologies with the
Clementine Mission, ibid., 1 page.
- Eliason, E., et. al., Clementine Mission: The Archive of Image Data
Products and Data Processing Capabilities, (Abstract), Proceedings of
the 26-th Lunar and Planetary Conference, 1995, in press.
- McEwen, A., et. al., Global Albedo Variations on the Moon: Clementine
750-NM Observations, ibid.
- Shoemaker, E., et. al., Clementine Observations of Melt Rocks and Volcanic
Materials in the Schrodinger Basin, ibid.
- McEwen, AXC., et. al., Two Classes of Impact Basins on the Moon, ibid.
- McEwen, A., et. al., New Digital Images on the Moon, ibid.
- Gaddis, L., et. al., The Distribution of Localized Lunar Pyroclastic
Deposits as Related to Crustal Thickness, ibid.
- McEwen, A., et. al., Clementine and Groudbased Observations of the
Aristarchus Region of the Moon, ibid.