Vol. 60, No. 2, 2026
On Anomalous Dissipation in Dusty Plasma in the Vicinity of Cometary Nuclei and Active Asteroids
p. 12 abstract
Astroecology as a Promising Natural Science Field
p. 13 abstract
Effect of Sodium Perchlorate on the Viability of Bacillus subtilis in Conditions of Available Water Shortage
p. 14 abstract
Analysis of Nongravitational Acceleration of Interstellar Comet 3I/ATLAS
p. 15 abstract
Effect of Temperature on Sodium Perchlorate Radiolysis under Extraterrestrial Conditions
p. 16 abstract
Evaluation of IR Spectra of Mixtures of Natural Ca-Plagioclases and Olivines for Remote Determination of Composition
p. 17 abstract
Peculiarities of Charging and Motion of Dust Grains Ejected from the Surfaces of Phobos and Deimos
p. 18 abstract
Study of the Structure of Orbital Perturbations of Near-Earth Asteroids Approaching Jupiter
p. 19 abstract
Multiple Flybys of Venus Co-orbital Asteroids using Resonant Orbits and Gravity Assist Maneuvers
p. 20 abstract
Non-Hydrostatic Stresses in the Interior of Venus beneath the Atla and Beta Regions
p. 21 abstract
Definition of Near-Earth Asteroids and Trajectory Design for Transfer to Earth-Resonant Orbits
p. 22 abstract
Core-Powered Mass-Loss of the Primary Atmospheres of Mini-Neptunes: Influence of Water Content in the Planet Interior and Evolution of the Host Star
p. 23 abstract
Wave-Induced Eddy Diffusion and the Turbopause Height in the Martian Atmosphere
p. 24 abstract
Determination of the Mercury’s Internal Dipole Parameters using MESSENGER Spacecraft Data
p. 25 abstract
Mеthodological Principles for Processing Scientific Data of the Radar Complex RLK-L
p. 26 abstract
Possibility of Liquid Water Formation in Icy Bodies Due to the Process of Rapid Recombination of Accumulated Radicals
p. 27 abstract
The Fusion Crust of Meteorites is the Result of Changes in the Meteoroid Material under the Influence of Atmospheric Ablation
p. 28 abstract
Designing Halo Orbits Passing through the Trajectories of Near-Earth Asteroids
p. 29 abstract
Application of Artificial Neural Networks to Identify Orbital Resonances in the Motion of Artificial Earth Satellites
p. 30 abstract