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Space Environment Monitoring and Space Debris

NOAP PLANNER 0.6.5 – features of NEO observations planning with one button

¹Kozhukhov ОМ, ¹Medina MS. NOAP PLANNER 0.6.5 – features of NEO observations planning with one button. Space Science and Technology. 2025 ;31(1):70-76.

Realization of the technology of dual use of outer space control means

¹Lavrich Yu.N, ²Bistrov MI, ³Prysiazhnyi VI, ¹Pyaskovskiy DV. Realization of the technology of dual use of outer space control means. Space Science and Technology. 2023 ;29(4):127-140.

Analysis of photometry of the "SICH-2" satellite on a multi-year observation intervals

¹Epishev VP, ¹Kudak VI, ¹Motrunich II, ¹Perig VM, ¹Neubauer IF, ¹Guranich PP, ¹Susla AI, ²Koshkin NI. Analysis of photometry of the "SICH-2" satellite on a multi-year observation intervals. Space Science and Technology. 2023 ;29(2):86-96.

Photometric method for determing degradation surface of a geostationary object

¹Sukhov PP, ¹Sukhov KP, ²Pavlovskyi AL, ²Mamray SA. Photometric method for determing degradation surface of a geostationary object. Space Science and Technology. 2022 ;28(5):75-80.

The concept of information system for providing monitoring of space in order to increase military security

¹Bespalko IA, ²Hrekov LD, ³Pekariev DV, ¹Fedorchuk DL. The concept of information system for providing monitoring of space in order to increase military security. Space Science and Technology. 2022 ;28(4):03-17.

Optical observations of the artificial objects at the Lviv Astronomical Observatory

¹Vovchyk Ye.B, ¹Bilinsky АI, ¹Martynyuk-Lototsky KP, ¹Virun NV, ¹Pidsryhach ІYa., ¹Nohach RT. Optical observations of the artificial objects at the Lviv Astronomical Observatory. Space Science and Technology. 2022 ;28(2):54-60.

Observations of GEO and LEO Satellites: Radio Engineering Means of the Mykolaiv Astronomical Observatory

¹Bushuev FI, ¹Kaliuzhnyi MP, ¹Kriuchkovskyi VF, ¹Kulichenko MO, ¹Shulga OV, ²Zhang Z, ³Bezrukovs V, ⁴Malynovskyi Ye.V, ⁵Reznichenko OM, ⁶Bryukhovetsky OB, et al. Observations of GEO and LEO Satellites: Radio Engineering Means of the Mykolaiv Astronomical Observatory. Space Science and Technology. 2022 ;28(2):48-53.

Determination of the orientation of the artificial Earth satellite in the case of diffusive scattering of light by its surface

¹Epishev VP, ¹Kudak VI, ¹Motrunich II, ¹Perig VM, ¹Neubauer IF, ²Prysiazhnyi VI. Determination of the orientation of the artificial Earth satellite in the case of diffusive scattering of light by its surface. Space Science and Technology. 2022 ;28(1):61-69.

Feed-forward control of total retrieval of the space tether from vertical position

¹Alpatov AP, ²Wang Chanangoin, ³Zakrzhevskii AE. Feed-forward control of total retrieval of the space tether from vertical position. Space Science and Technology. 2021 ;27(5):071-085.

Problems of videorecords processing of bright bolides and falling space vehicle remnants detected with the low-sensitive home video cameras in bad observational conditions

¹Kozak PM, ²Zlochevskyi YE, ³Kozak LV, ⁴Stariy SV. Problems of videorecords processing of bright bolides and falling space vehicle remnants detected with the low-sensitive home video cameras in bad observational conditions. Space Science and Technology. 2021 ;27(6):085-097.

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