The initial form of present-day space optical observations contain considerable geometrical
and brightness distortions. This problem can be solved based on geometrical correction and …

In this paper we propose an analytic function for the spherical albedo values of airless and
near-airless magma ocean planets (AMOPs). We generated 2-D fractal surfaces with varying …

Recent dedicated lunar gravity mission-Gravity Recovery and Interior Laboratory (GRAIL)
provided highresolution gravity field data for the Moon. The collected data are the starting …

In this work, using multi-parameter harmonic analysis and expansion of altimetry into
spherical functions, models of the Moon's physical surface (digital lunar selenocentric map …

This study reveals the fractal structure of gas giants and their moons. For this purpose, fractal
analysis of Jupiter, Saturn, Uranus, Neptune and 182 moons was performed based on their …

The fractal behaviour of gravity field elements was investigated. Particularly, the geoidal
heights, gravity anomalies and vertical deflection components were considered. Such data …

Over the past few decades Messenger spacecraft missions have provided to the scientific
community a huge amount of new data on the geology and physics of the planet closest to …

Currently, the asteroid Ceres belongs to small celestial bodies with the most well-known
physical parameters. The study of the structural and real properties of Ceres is an urgent …

Titan makes up 95% of the mass of all 82 satellites of Saturn. Titan's diameter is 5152 km,
which means that it is larger than the Moon by 50%, and it is also significantly larger than …

Natural processes existing in complex objects of inanimate and living matter are of a
stochastic and non-equilibrium nature. The main problem in the study of such systems is to …