Anomalous structure of the crust and mantle of mars

Testing Airborne Gravity Data in the Large-Scale Area of Italy and Adjacent Seas

“…The beam waist and divergence of the FG5#215 laser had been determined by the careful measurement using a profiler and a camera. We have estimated the beam waist radius of (1.9 ± 0.1) mm* with corresponding diffraction correction of (2.8 ± 0.3) Gal according to the equation published in [1] and validated in [2], which significantly differs from the value of 1.2 Gal typically used for FG5s. Therefore we decided to validate our results by the experimental way.…”

“…We have developed a method of determining the anomalous internal structure terrestrial planets only on the basis of Space Research [1,2]. The essence of this method is the determination of the possible depths of compensation for expansion harmonics of topographic heights relative to the equilibrium ellipsoid for different-order and different-degree harmonics.…”

“…Alexander Horvath 1 Abstract: The feasibility and significance of an ensemble solution made up from different release 05 (RL05) solutions is an interesting question asking for the best way how to combine different time series, based on which criteria, and to assess the potential benefit of such an ensemble solution with respect to the official or standard solutions. The first step for such an approach is a comprehensive analysis of the available RL05 time series.…”

“…Otakar Nesvadba 1 Abstract: The paper focuses on methodological and computational aspects associated with high accuracy quasigeoid modelling. Accuracy demands driven by GNSS levelling applications are substantially taken into consideration.…”

“…Evaluation of the new MSS is performed and comparison with existing MSS models is performed to evaluate the impact of these updates into MSS computation. Abstract: Since the release of the DTU10 global marine gravity field in 2010, the amount of geodetic mission altimetry has nearly tripled [1]. The Cryosat-2 satellite have provided new altimetric data along its 369 day near repeat since 2010 and since May 2012 the Jason-1 satellite has been operating in geodetic mission as part its end of life mission and it continued in this until it was decommissioned in June 2013 Of equal importance is the fact that the Cryosat-2 and Jason-1 are new generations of satellite altimeters offering increased range precision compared with the ERS-1 and Geosat generation satellites.…”