Growing interest in high precision studies of the Earth's gravitational field warrant a critical review of precision requirements to yield useful results. Several problems are now under consideration. All of these problems involve, more or less, the precise value of the vertical gradients of gravity. The principle conclusion from this review is that the essential absence of Free Air Vertical Gravity Gradient control and actual values of gravimeter calibrations require serious attention. Large errors in high topography on official published gravity maps also cannot be ignored
In this study, using free-air gravity anomaly derived from terrestrial gravity measurements, vertica...
Twelve years ago, reading a passage from the submarine novel The Hunt for Red October by Tom Clancy ...
Current development of gravimetric measurement technologies gives an opportunity to determine absolu...
An important task in absolute gravimetry is the establishment of high-precision gravity control netw...
Vertical geodesy is undergoing a revolution because of two factors. First, new precise three-dimensi...
Gravity data gaps in mountainous areas are nowadays often filled in with the data from airborne grav...
Typescript (photocopy).The theory, measurement, and application of gravity gradients is explored. Ex...
Vertical gravity gradient, as a change of gravity with the change in height, is a significant physic...
We have derived and tested several relations between geoid (N) and quasi-geoid (ζ) with model valida...
Abstract:We have derived and tested several relations between geoid (N) and quasi-geoid (ζ) with mod...
Various space concepts were discussed during the past 20 years for a global improvement of the knowl...
Although the amount of data yielded by the initial airborne and surface tests was modest, it was suf...
Gravity-based heights require gravity values at levelled benchmarks (BMs), whichsometimes have to be...
It is important to be able to accurately determine the height of a point on the Earth in terms of th...
The treatment of gravity and terrain data prior to any gravimetric geoid computation is critical. I...
In this study, using free-air gravity anomaly derived from terrestrial gravity measurements, vertica...
Twelve years ago, reading a passage from the submarine novel The Hunt for Red October by Tom Clancy ...
Current development of gravimetric measurement technologies gives an opportunity to determine absolu...
An important task in absolute gravimetry is the establishment of high-precision gravity control netw...
Vertical geodesy is undergoing a revolution because of two factors. First, new precise three-dimensi...
Gravity data gaps in mountainous areas are nowadays often filled in with the data from airborne grav...
Typescript (photocopy).The theory, measurement, and application of gravity gradients is explored. Ex...
Vertical gravity gradient, as a change of gravity with the change in height, is a significant physic...
We have derived and tested several relations between geoid (N) and quasi-geoid (ζ) with model valida...
Abstract:We have derived and tested several relations between geoid (N) and quasi-geoid (ζ) with mod...
Various space concepts were discussed during the past 20 years for a global improvement of the knowl...
Although the amount of data yielded by the initial airborne and surface tests was modest, it was suf...
Gravity-based heights require gravity values at levelled benchmarks (BMs), whichsometimes have to be...
It is important to be able to accurately determine the height of a point on the Earth in terms of th...
The treatment of gravity and terrain data prior to any gravimetric geoid computation is critical. I...
In this study, using free-air gravity anomaly derived from terrestrial gravity measurements, vertica...
Twelve years ago, reading a passage from the submarine novel The Hunt for Red October by Tom Clancy ...
Current development of gravimetric measurement technologies gives an opportunity to determine absolu...