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Lunar Laser Ranging Session Summary
P. Shelus and J.F. Mangin
| Title of Paper |
Principal Author |
| MeO: The Future of the French Lunar Laser Ranging Station |
E. Samain |
| MeO Improvements for Lunokhod 1 Tracking |
J.M. Torre |
| Lunar Ranging from Mount Stromlo |
B. Greene |
| Lunar Laser Ranging Science |
J. Williams |
Consolidated Laser Ranging Prediction Format: Implications
for Lunar Laser Ranging |
R. Ricklefs |
| The Apache Point Observatory Lunar Laser Ranging Operation
(APOLLO) |
T. Murphy |
- Assembling the LLR Pieces
- Obtaining LLR Data
- Evolution of OCA into MEO on the Calern Plateau
- Slightly less accuracy,
more sensitivity, multi-target
- High Energy, Low Accuracy LLR at
Mt. Stromlo
- A preamble to lower energy, better accuracy LLR data
from the site
- A new System (APOLLO) at Apache Point
- A year (or less) to 1-mm LLR
data
- A Strategy for Recovering Lunakhod 1 at MEO
- Can this solve a 30-year
mystery?
- LLR Predictions for Everyone
- Even you can do LLR (with a good system
and a bit of luck)
- Using LLR Data
- Cm-driven Celestial Mechanics in the Solar System
- Orbits and Masses,
Navigation to the Planets, Regressing of the Moon
- Geophysics
and Geodynamics
- Earth Orientation, Precession, Reference
Frames, ITRF
- Gravitational
Physics
- Equivalence Principle, Variations of Gravity,
Geodetic Precession
- Selenosciences from Lunar Librations
- Fluid Core & Tides, Core
Oblateness, Core Moment of Inertia
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