International audienceBased on a fully passive space segment, the Lunar Laser Ranging experiment is the last of the Apollo Lunar Surface Experiments Package to operate. Observations from Grasse Lunar Laser Ranging station have been realized on a daily basis since the first echoes obtained in 1981. We will give a brief summary of the progress made at Grasse Laser Ranging facility (Observatoire de la Côte d'Azur, Calern Plateau on the french riviera) since the first echoes. The current performances, driven by the use of infrared wavelength, are presented for the year 2018. The capacities of Grasse Lunar Laser Ranging station have been clearly improved in terms of budget link, reflectors numbers and synodic period observation
The Lunar Laser Ranging (LLR) experiment was originally a part of the NASA Apollo program. It has be...
Lunar laser ranging (LLR), i.e., range measurements from an Earth station to a lunar reflector, is c...
The lunar laser ranging (LLR) technique is based on the two-way time-of-flight of laser pulses from ...
International audienceBased on a fully passive space segment, the Lunar Laser Ranging experiment is ...
International audienceWe present the results of the first series of successful two-way laser ranging...
International audienceFor many years, lunar laser ranging (LLR) observations using a green wavelengt...
The interior properties of the Moon influence lunar tides and rotation. Three-axis rotation (physica...
International audienceThe Lunar Laser Ranging (LLR) experiment has accumulated 50 years of range dat...
International audienceSince 2015, in addition to the traditional green (532nm), infrared (1064nm) ha...
International audienceTerrestrial stations of Satellite Laser Ranging (SLR) can be used for Lunar La...
This article exposes how we improved (by more than a factor of four) the green Lunar Laser Ranging i...
At the Grasse observatory, France, we have the opportunity to have 3 independent laser ranging stati...
The Lunar Laser Ranging (LLR) experiment was originally a part of the NASA Apollo program. It has be...
Lunar laser ranging (LLR), i.e., range measurements from an Earth station to a lunar reflector, is c...
The lunar laser ranging (LLR) technique is based on the two-way time-of-flight of laser pulses from ...
International audienceBased on a fully passive space segment, the Lunar Laser Ranging experiment is ...
International audienceWe present the results of the first series of successful two-way laser ranging...
International audienceFor many years, lunar laser ranging (LLR) observations using a green wavelengt...
The interior properties of the Moon influence lunar tides and rotation. Three-axis rotation (physica...
International audienceThe Lunar Laser Ranging (LLR) experiment has accumulated 50 years of range dat...
International audienceSince 2015, in addition to the traditional green (532nm), infrared (1064nm) ha...
International audienceTerrestrial stations of Satellite Laser Ranging (SLR) can be used for Lunar La...
This article exposes how we improved (by more than a factor of four) the green Lunar Laser Ranging i...
At the Grasse observatory, France, we have the opportunity to have 3 independent laser ranging stati...
The Lunar Laser Ranging (LLR) experiment was originally a part of the NASA Apollo program. It has be...
Lunar laser ranging (LLR), i.e., range measurements from an Earth station to a lunar reflector, is c...
The lunar laser ranging (LLR) technique is based on the two-way time-of-flight of laser pulses from ...