A master's thesis that validates TCL formulations, maps lunar surface clock drift at ±15 ns/day, and finds Moonlight-type orbiters run about 1.99 µs/day faster than lunar surface clocks.
Effect of topographic bias on geoid and reference ellipsoid of Venus, Mars, and the Moon
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Relativistic Time Modeling for Lunar Positioning Navigation and Timing
A master's thesis that validates TCL formulations, maps lunar surface clock drift at ±15 ns/day, and finds Moonlight-type orbiters run about 1.99 µs/day faster than lunar surface clocks.