Add to ORKGThe idea of using an airborne platform for gravity surveys originated in the 1960s when such data began to be used, in conjunction with airborne magnetic measurements, to assist in geophysical exploration activities. Although, at that time, the gravity sensor had a theoretical resolution of 0.05 mGal, the disturbing accelerations to the aircraft were very difficult t
Technological standard is an important scientific basis for marine and airborne gravity surveys. In ...
Airborne gravimetry has become an important geophysical tool primarily because of advancements in me...
The LaCoste & Romberg gravity meter S124b and its associated system environment were installed and t...
© ASEG 2003Success of airborne gravity surveys mainly depends on determining the three-dimensional (...
Airborne gravimetry represents nowadays probably the most efficient technique to collect gravity obs...
In January 1990, a test of the feasibility of airborne gravimetry from a small geophysical survey ai...
Measurements of parameters of the Earth's gravitational field from aircraft are the most important b...
Airborne gravimetry is an important tool for the geodesy and geophysics communities. Able to provide...
Airborne gravimetry is an important tool for the geodesy and geophysics com-munities. Able to provid...
We develop a gravity gradiometer (GG) for use on planetary missions to planets like Mars and Jupiter...
The report presented is the final one under Air Force Cambridge Research Center Contract 19(604)·215...
International audienceWe propose a new concept of gravity gradiometer, GREMLIT, for the determinatio...
We report here the results obtained during a feasibility study that was pursued in order to evaluate...
Copyright (c) 2006-2007 Japan Science and Technology AgencyAirborne gravity measurement has long bee...
Airborne geoid mapping techniques may provide the opportunity to improve the geoid over vast areas o...
Technological standard is an important scientific basis for marine and airborne gravity surveys. In ...
Airborne gravimetry has become an important geophysical tool primarily because of advancements in me...
The LaCoste & Romberg gravity meter S124b and its associated system environment were installed and t...
© ASEG 2003Success of airborne gravity surveys mainly depends on determining the three-dimensional (...
Airborne gravimetry represents nowadays probably the most efficient technique to collect gravity obs...
In January 1990, a test of the feasibility of airborne gravimetry from a small geophysical survey ai...
Measurements of parameters of the Earth's gravitational field from aircraft are the most important b...
Airborne gravimetry is an important tool for the geodesy and geophysics communities. Able to provide...
Airborne gravimetry is an important tool for the geodesy and geophysics com-munities. Able to provid...
We develop a gravity gradiometer (GG) for use on planetary missions to planets like Mars and Jupiter...
The report presented is the final one under Air Force Cambridge Research Center Contract 19(604)·215...
International audienceWe propose a new concept of gravity gradiometer, GREMLIT, for the determinatio...
We report here the results obtained during a feasibility study that was pursued in order to evaluate...
Copyright (c) 2006-2007 Japan Science and Technology AgencyAirborne gravity measurement has long bee...
Airborne geoid mapping techniques may provide the opportunity to improve the geoid over vast areas o...
Technological standard is an important scientific basis for marine and airborne gravity surveys. In ...
Airborne gravimetry has become an important geophysical tool primarily because of advancements in me...
The LaCoste & Romberg gravity meter S124b and its associated system environment were installed and t...