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] . NOAP PLANNER 0.6.5 – features of NEO observations planning with one button. Space Science and Technology. 2025 ;31(1):70-76.
. Optical characteristics of landscape features asinformational resource for solving onshore oil and gasexploration tasks with remote sensing data. Space Science and Technology. 2025 ;31(4):31-47.
. Optimization of accounting business processes at high-tech enterprises using modern information technologies. Space Science and Technology. 2025 ;31(5):84-89.
. Origins abd transfornation of scientific astrometric research: Main Astronomica; Observatory of the NAS of Ukraine. Space Science and Technology. 2025 ;31(1):53-69.
. Peculiarities of the interaction of compression jumps with fluctuations of aeridynamic conytol surfaces during the occurence of transonic flutter of supersonic aircraft and aerospace systems. Space Science and Technology. 2025 ;31(1):03-16.
. Penetration of a cumulative jet of a pyrotechnic device into an obstacle of variable thicknes. Space Science and Technology. 2025 ;31(2):12-19.
. Predicted amplitude of the next solar cycle 26 using the strength of current solar cycle 25 as precursor. Space Science and Technology. 2025 ;31(5):50-54.
Refinement of low Earth orbit satellites' parameters using the Ukrainian-Chinese network of Doppler stations. Space Science and Technology. 2025 ;31(5):39-49.
. Satellite information technologies for the ctration of the Ukrainian segment of the international GEOSS system. Space Science and Technology. 2025 ;31(3):42-62.
Space geoeconomics: navigating strategic horizons and challenges in South Korea’s space development. Space Science and Technology. 2025 ;31(2):53-72.