Bushuev F., Kaliuzhnyi M., Khalaley M., Kryuchkovskiy V., Kulichenko M., Shulga O. «Doppler station for orbital tracking of low-orbit spacecrafts by their radio beacon signals» Публикации Одесской астрономической обсерватории (Odessa Astronomical Publications, Украина), 31, с. 167-170 (2018)

https://doi.org/10.18524/1810-4215.2018.31.144550

Bushuev F., Kaliuzhnyi M., Mazhaev O., Shulga O., Shakun L., Bezrukovs V., Reznichenko O., Moskalenko S., Malynovskyi Ye. «External comparison satellite positions obtained by the network of passive correlation ranging of geostationary telecommunication satellites» Публикации Одесской астрономической обсерватории (Odessa Astronomical Publications, Украина), 31, с. 171-173 (2018)

https://doi.org/10.18524/1810-4215.2018.31.145360

Kaliuzhnyi M., Zhang Z., Bushuev F., Shulga O., Bezrukovs V., Reznichenko O., Melnychuk S., Malynovskyi Y. «Ongoing operation and perspectives of simple VLBI networks of geostationary satellites monitoring» Публикации Одесской астрономической обсерватории (Odessa Astronomical Publications, Украина), 32, с. 148-150 (2019)

https://doi.org/10.18524/1810-4215.2019.32.181905

Kriuchkovskyi V., Bushuev F., Kaliuzhnyi M., Khalaley M., Kulichenko M., Shulga O. «First results of clarifying of orbital elements of low-orbit spacecraft using observations of the RI "MAO" doppler station» Публикации Одесской астрономической обсерватории (Odessa Astronomical Publications, Украина), 32, с. 162-164 (2019)

https://doi.org/10.18524/1810-4215.2019.32.181906

Chernin A.D., Karachentsev I.D., Emelyanov N.V. «Zeldovich local pancake: dark energy domination» Публикации Одесской астрономической обсерватории (Odessa Astronomical Publications, Украина), 31, с. 11-14 (2018)

https://doi.org/10.18524/1810-4215.2018.31.144435 Zeldovich Local Pancake is a two-dimensional system of 15 giant galaxies nearest to us. Two of the galaxies, the Milky Way and the Andromeda Galaxy, move to each other in the Local Group, while the rest of the galaxies are located around the group at the distances up to 10 Mpc from the group barycenter and move away from it forming a local expansion outflow. We use recent Hubble Space Telescope data on local giants and their numerous fainter companions to study the dynamical structure and evolutionary trends of the expanding system. N-body computer model, which reproduces the observed kinematics of the flow, is constructed under the assumption that the system as a whole is embedded in the universal dark energy background. In the model, the motions of the flow bodies are controlled by their mutual attraction force and the repulsion force produced by the dark energy. It is found that the repulsion dominates the force field of the system. Because of this, the the system expands with acceleration. The dark energy domination increases with time and introduces to the expansion flow an asymptotically linear velocity-distance relation with the universal time-rate (the Hubble constant) that depends on the dark energy density only

Koshkin N.I., Melikyants S., Korobeinikova E., Shakun L., Strakhova S., Kashuba V., Romanyuk Ya., Terpan S. «Simulation of the orbiting spacecraft to analysis and understand their rotation based on photometry» Публикации Одесской астрономической обсерватории (Odessa Astronomical Publications, Украина), 32, с. 158-161 (2019)

https://doi.org/10.18524/1810-4215.2019.32.183899

Andrievsky S.M., Shereta A., Khrapaty S.V, Korotin S.A., Kovtyukh V.V., Kashuba V.I. «Diffuse interstellar band 6202 A as an indicator of organic matter in cosmos: Cepheid spectra» Публикации Одесской астрономической обсерватории (Odessa Astronomical Publications, Украина), 32, с. 52-54 (2019)

https://doi.org/10.18524/1810-4215.2019.32.182049

Usenko I.A., Kniazev A.Yu., Katkov I.Yu., Kovtyukh V.V., Mishenina T.V., Miroshnichenko A.S., Turner D.G. «Spectroscopic investigations of galactic clusters with associated Cepheid variables. III. Collinder 394 and BB SGR» Публикации Одесской астрономической обсерватории (Odessa Astronomical Publications, Украина), 32, с. 91-96 (2019)

https://doi.org/10.18524/1810-4215.2019.32.182233

Shatokhina S ., Kazantseva L.V., Andruk V.M. «The re-processing results of photographic observations of asteroids with GAIA catalog at the MAO NAS of Ukraine» Публикации Одесской астрономической обсерватории (Odessa Astronomical Publications, Украина), 32, с. 199-202 (2019)

https://doi.org/10.18524/1810-4215.2019.32.181731

Shatokhina S.V., Yizhakevych O.M., Protsyuk, Yu.I., Kazantseva L.V., Pakuliak L.K., Eglitis I., Relke H., Yuldoshev Q.X., Mullo-Abdolov A.Sh., Andruk V.M. «On the "solar system small bodies" astroplate project of the Ukrainian virtual observatory» Публикации Одесской астрономической обсерватории (Odessa Astronomical Publications, Украина), 32, с. 203-207 (2019)

https://doi.org/10.18524/1810-4215.2019.32.181732

Udovichenko S.N., Keir L.E. «On the irregular variations in the light curves of RY Vul» Публикации Одесской астрономической обсерватории (Odessa Astronomical Publications, Украина), 31, с. 110-112 (2018)

https://doi.org/10.18524/1810-4215.2018.31.145374

Vdovichenko S ., Kovtyukh V.V., Keir L.E. «LIthium-rich classical Cepheid V1033 Cyg: evolutionary status» Публикации Одесской астрономической обсерватории (Odessa Astronomical Publications, Украина), 32, с. 83-86 (2019)

https://doi.org/10.18524/1810-4215.2019.32.182232

Bushuev F., Kaliuzhnyi M., Khalaley M., Kryuchkovskiy V., Kulichenko M., Shulga O. «Doppler station for orbital tracking of low-orbit spacecrafts by their radio beacon signals» Публикации Одесской астрономической обсерватории (Odessa Astronomical Publications, Украина), 31, с. 167-170 (2018)

https://doi.org/10.18524/1810-4215.2018.31.144550

Kriuchkovskyi V., Bushuev F., Kaliuzhnyi M., Khalaley M., Kulichenko M., Shulga O. «First results of clarifying of orbital elements of low-orbit spacecraft using observations of the RI "MAO" doppler station» Публикации Одесской астрономической обсерватории (Odessa Astronomical Publications, Украина), 32, с. 162-164 (2019)

https://doi.org/10.18524/1810-4215.2019.32.181906

Ivanov G.G., Chervon S.V., Khapaeva A.V. «Friedmann cosmological model with nonlinear scalar field» Пространство, время и фундаментальные взаимодействия, № 3, с. 66-71 (2020)

This paper is a translation of work Ivanov G.G. "Friedmann cosmological model with nonlinear scalar field" of 1981

Shlensky O.F., Antonov S.I., Khischenko K.V. Non-Rayleigh acoustics (2020). 118 с.

A new aspect of the wave theory of sound propagation without simplifications and assumptions of traditional Rayleigh acoustics is proposed for the first time with regard to gas anisotropy. The book is addressed to practical engineers and research workers specialized in sound physics

Akhmetov V.S., Khlamov S.V., Andruk V.M., Protsyuk Yu.I. «The catalogues analysis of stars equatorial coordinates and B-magnitude of the FON project» Публикации Одесской астрономической обсерватории (Odessa Astronomical Publications, Украина), 31, с. 199-203 (2018)

https://doi.org/10.18524/1810-4215.2018.31.144734

Khlamov S.V., Savanevych V.E., Briukhovetskyi O.V., Dikov E.N., Vavilova I.B. «Development and improvements of computational methods implemented to the Colitec software» Публикации Одесской астрономической обсерватории (Odessa Astronomical Publications, Украина), 31, с. 211-215 (2018)

https://doi.org/10.18524/1810-4215.2018.31.144076

Kuratova A.K., Miroshnichenko A.S., Zharikov S.V., Manset N., Khokhlov S.A., Raj A., Kusakin A.V., Reva I.V., Kokumbaeva R.I., Usenko I.A., Knyazev A.Y. «Spectroscopic monitoring of the B_E objects FSCMA and MOCAM» Публикации Одесской астрономической обсерватории (Odessa Astronomical Publications, Украина), 32, с. 63-65 (2019)

https://doi.org/10.18524/1810-4215.2019.32.182100

Khramtsov V., Dobrycheva D.V., Vasylenko M.Yu., Akhmetov V.S. «Deep learning for morphological classification of galaxies from SDSS» Публикации Одесской астрономической обсерватории (Odessa Astronomical Publications, Украина), 32, с. 21-23 (2019)

https://doi.org/10.18524/1810-4215.2019.32.182092

Andrievsky S.M., Shereta A., Khrapaty S.V, Korotin S.A., Kovtyukh V.V., Kashuba V.I. «Diffuse interstellar band 6202 A as an indicator of organic matter in cosmos: Cepheid spectra» Публикации Одесской астрономической обсерватории (Odessa Astronomical Publications, Украина), 32, с. 52-54 (2019)

https://doi.org/10.18524/1810-4215.2019.32.182049

Mishenina T., Usenko I., Kniazev A., Kovtyukh V. «Status refinement of metal-poor star HD 6268» Публикации Одесской астрономической обсерватории (Odessa Astronomical Publications, Украина), 31, с. 84-89 (2018)

https://doi.org/10.18524/1810-4215.2018.31.145081

Usenko I.A., Kniazev A.Yu., Kovtyukh V.V., Mishenina T.V., Miroshnichenko A.S., Turner D.G., Protsyuk Yu.I. «Spectroscopic investigations of galactic clusters with associated Cepheid variables. II. NGC 5662 and V Cen» Публикации Одесской астрономической обсерватории (Odessa Astronomical Publications, Украина), 31, с. 117-122 (2018)

https://doi.org/10.18524/1810-4215.2018.31.145381

Usenko I.A., Kniazev A.Yu., Katkov I.Yu., Kovtyukh V.V., Mishenina T.V., Miroshnichenko A.S., Turner D.G. «Spectroscopic investigations of galactic clusters with associated Cepheid variables. III. Collinder 394 and BB SGR» Публикации Одесской астрономической обсерватории (Odessa Astronomical Publications, Украина), 32, с. 91-96 (2019)

https://doi.org/10.18524/1810-4215.2019.32.182233

Kuratova A.K., Miroshnichenko A.S., Zharikov S.V., Manset N., Khokhlov S.A., Raj A., Kusakin A.V., Reva I.V., Kokumbaeva R.I., Usenko I.A., Knyazev A.Y. «Spectroscopic monitoring of the B_E objects FSCMA and MOCAM» Публикации Одесской астрономической обсерватории (Odessa Astronomical Publications, Украина), 32, с. 63-65 (2019)

https://doi.org/10.18524/1810-4215.2019.32.182100

Mullo-Abdolov A., Relke H., Kokhirova G., Yuldoshev Q., Protsyuk Yu., Andruk V. «Progress in the realization of the project FON-Dushanbe catalogue» Публикации Одесской астрономической обсерватории (Odessa Astronomical Publications, Украина), 31, с. 224-227 (2018)

https://doi.org/10.18524/1810-4215.2018.31.144606

Andruk V.M., Pakuliak L.K., Eglitis I., Yuldoshev Q., Mullo-Abdolov A., Shatokhina S.V., Yizhakevych O.M., Protsyuk Yu.I., Relke H., Akhmetov V.S., Muminov M.M., Ehgamberdiev Sh.A., Kokhirova G. «On the FON astroplate project accomplishment» Публикации Одесской астрономической обсерватории (Odessa Astronomical Publications, Украина), 32, с. 185-188 (2019)

https://doi.org/10.18524/1810-4215.2019.32.181558

Jopek T.J., Kokhirova G.I., Jenniskens P., Janches D., HajdukovA M., Rudawska R. «IAU Meteor Data Center: the shower database» Известия Академии наук Республики Таджикистан. Отделение физико-математических, химических, геологических и технических наук, № 2, с. 51-65 (2021)

The IAU Working Group on Meteor Shower Nomenclature was established in 2006 to regulate the nomenclature of meteor showers reported in the scientific literature. One year later the International Astronomical Union Meteor Data Center shower database was implemented (IAU MDC). The database does not contain all information about the meteor showers. Its purpose is to give each new meteoroid stream, published in the scientific literature, a unique name and codes. During the “Meteoroids 2019” conference held in Bratislava, the IAU Working Group on Meteor Shower Nomenclature established new rules for the introduction and removal of meteor showers from the MDC. In this paper, we present a concise description of the meteor shower database, its origin, and structure and, in particular, the current requirements for the introduction of new data, and unknown as well as known meteor showers.

Yizhakevych O.M., Mullo-Abdolov A.Sh., Relke H.V., Kokhirova G.I., Pakuliak L.K., Andruk V.M. «First results of the searching of asteroids based on the data of FON-Dushanbe processed plates» Публикации Одесской астрономической обсерватории (Odessa Astronomical Publications, Украина), 31, с. 247-250 (2018)

https://doi.org/10.18524/1810-4215.2018.31.144758

Kuratova A.K., Miroshnichenko A.S., Zharikov S.V., Manset N., Khokhlov S.A., Raj A., Kusakin A.V., Reva I.V., Kokumbaeva R.I., Usenko I.A., Knyazev A.Y. «Spectroscopic monitoring of the B_E objects FSCMA and MOCAM» Публикации Одесской астрономической обсерватории (Odessa Astronomical Publications, Украина), 32, с. 63-65 (2019)

https://doi.org/10.18524/1810-4215.2019.32.182100

Tevjashev A.D., Shostko I.S., Neofitnyi M.V., Kolomiyets S.V., Kyrychenko I.Yu., Pryimachov Yu.D. «Mathematical model and method of optimal placement of optical-electronic systems for trajectory measurements of air objects at test» Публикации Одесской астрономической обсерватории (Odessa Astronomical Publications, Украина), 32, с. 171-175 (2019)

https://doi.org/10.18524/1810-4215.2019.32.182231

Chornogor S.N., Kondrashova N.N. «Multi-wavelength observations of a large solar flare» Публикации Одесской астрономической обсерватории (Odessa Astronomical Publications, Украина), 32, с. 114-118 (2019)

https://doi.org/10.18524/1810-4215.2019.32.182447

Sidorchuk M.A., Vasilenko N.M., Ulyanov O.M., Konovalenko O.O., Mukha D.V., Abramenkov E.A., Sidorchuk K.M., Miasoied A.I. «50 years of research in continuum at the UTR-2 radio telescope» Радиофизика и радиоастрономия (Украина), 26, № 4, с. 287-313 (2021)

Purpose: The results of research in continuum decameter-wave radio emission of the Galaxy background, ionized hydrogen regions, supernova remnants, extragalactic discrete sources, extended galaxies, galactic clusters, extragalactic background are given. The aim of this work is reviewing the results achieved for over 50-years of the UTR-2 radiotelescope research of our Galaxy and its population, as well as extragalactic radio sources in the continuum radio emission spectrum at extremely low frequencies for the ground based observations. Design/methodology/approach: The review, analysis, collection of archival data in various publications related to the subjectof this work. Findings: The basic results of studying the ionized hydrogen regions, supernova remnants, Galaxy background emission and its large-scale structure are given, and the maps of these sources are obtained. The catalog of extragalactic discrete radio sources of the most Northern sky part and the cosmological conclusions based on its analysis are described; the estimate of the isotropic extragalactic background brightness temperature is obtained; for the first time, the observational results for the Andromeda galaxy and two galactic clusters Coma and A2255 are given briefly. Conclusions: All the results presented here emphasize the uniqueness and importance of research in the decameter wavelength range, and the large area, flexibility of structure, continuous improvement make the UTR-2 radio telescope an indispensable tool for solving the most important tasks of modern radio astronomy, despite its respectable age. For example, only in the range of 10 to 30 MHz the ionized part of the most common element in the universe, the hydrogen, becomes optically thick and begins to absorb the synchrotron emission on the line of sight, which allows rather easy separation of thermal and non-thermal components of radioemission. This property allows to determine the ionized hydrogen regions’ electron temperature and the electron concentration on the line of sight independently in studying the hydrogen emission regions. When studying the supernova remnants, we can determine the ionized matter location by their spectrum drops – before, inside or behind the remnant. Based on the HB3 supernova remnant radio imagies, an assumption was made on the existence of an ionized hydrogen relic shell aroundit, being caused by the initial ultraviolet flash of a supernova. For the first time, the maps of the Northern sky large-scale structure in the declination range from –15 to +85° at extremely low frequencies 10, 12.6, 14.7, 16.7, 20 and 25 MHz for the ground-based observations are published, which, besides their own scientific value, may allow to correct the UTR-2 radio telescope imaging results. Using the full-resolution UTR-2 maps and the developed method of multifrequency T–T diagrams, it was possible to separate the background radiation into galactic and extragalactic components and construct the spectrum of the latter. From the analysis of the most complete decameter wavelength range catalog of discrete sources, it follows that there is a gap in the redshift spatial distribution for all classes of extragalactic sources. The existence of an ionized hydrogen ring in the Andromeda Nebula disk has been suggested. It is shown that the main partof the galaxy clusters decameter-wave emission comes from haloes and relics.

Stepkin S.V., Konovalenko O.O., Vasylkivskyi Y.V., Mukha D.V. «Interstellar medium and decameter radio spectroscopy» Радиофизика и радиоастрономия (Украина), 26, № 4, с. 314-325 (2021)

Purpose: The analytical review of the main results of research in the new direction of the low-frequency radio astronomy, the interstellar medium radio spectroscopy at decameter waves, which had led to astrophysical discovery, recording of the radio recombination lines in absorption for highly excited states of interstellar carbon atoms (more than 600). Design/methodology/approach: The UTR-2 world-largest broadband radio telescope of decameter waves optimally connected with the digital correlation spectrum analyzers has been used. Continuous modernization of antenna system and devices allowed increasing the analysis band from 100 kHz to 24 MHz and a number of channels from 32 to 8192. The radio telescope and receiving equipment with appropriate software allowed to have a long efficient integration time enough for a large line series simultaneously with high resolution, noise immunity and relative sensitivity. Findings: A new type of interstellar spectral lines has been discovered and studied, the interstellar carbon radio recombination lines in absorption for the record high excited atoms with principal quantum numbers greater than 1000. The line parameters (intensity, shape, width, radial velocity) and their relation ship with the interstellar medium physical parameters have been determined. The temperature of line forming regions is about 100 K, the electron concentration up to 0.1 cm^–3 and the size of a line forming region is about 10 pc. For the first time, radio recombination lines were observed in absorption. They have significant broadening and are amplified by the dielectronic-like recombination mechanism and are also the lowest frequency lines in atomic spectroscopy. Conclusions: The detected low-frequency carbon radio recombination lines and their observations have become a new highly effective tool for the cold partially ionized interstellar plasma diagnostics. Using them allows obtaining the information which is not available with the other astrophysical methods. For almost half a century of their research, a large amount of hardware-methodical and astrophysical results have been obtained including a record number of Galaxy objects, where there levant lines have been recorded. The domestic achievements have stimulated many theoretical and experimental studies in other countries, but the scientific achievements of Ukrainian scientists prove the best prospects for further development of this very important area of astronomical science.

Konovalova N.A., Gorbanev Yu.M., Davruqov N.H. «The existence of groups of meteorite-producing fire-balls and meteorites in comet-like orbits» Публикации Одесской астрономической обсерватории (Odessa Astronomical Publications, Украина), 31, с. 174-178 (2018)

https://doi.org/10.18524/1810-4215.2018.31.145083

Konovalova N.A., Gorbanev Yu.M., Davruqov N.H. «Evolution of comet-like orbits of meteorite-producing groups and their parent bodies» Публикации Одесской астрономической обсерватории (Odessa Astronomical Publications, Украина), 32, с. 151-157 (2019)

https://doi.org/10.18524/1810-4215.2019.32.182510

Koshkin N.I., Melikyants S., Korobeinikova E., Shakun L., Strakhova S., Kashuba V., Romanyuk Ya., Terpan S. «Simulation of the orbiting spacecraft to analysis and understand their rotation based on photometry» Публикации Одесской астрономической обсерватории (Odessa Astronomical Publications, Украина), 32, с. 158-161 (2019)

https://doi.org/10.18524/1810-4215.2019.32.183899

Koshkin N., Shakun L., Korobeynikova E., Melikyants S., Strakhova S., Dragomiretsky V., Ryabov A., Golubovskaya T., Terpan S. «Monitoring of Space Debris Rotation Based on Photometry» Публикации Одесской астрономической обсерватории (Odessa Astronomical Publications, Украина), 31, с. 179-185 (2018)

https://doi.org/10.18524/1810-4215.2018.31.147807

Andrievsky S.M., Shereta A., Khrapaty S.V, Korotin S.A., Kovtyukh V.V., Kashuba V.I. «Diffuse interstellar band 6202 A as an indicator of organic matter in cosmos: Cepheid spectra» Публикации Одесской астрономической обсерватории (Odessa Astronomical Publications, Украина), 32, с. 52-54 (2019)

https://doi.org/10.18524/1810-4215.2019.32.182049

Panko E., Korshunov V., Yemelianov S., Zabolotnii V. «Linear substructures in galaxy clusters» Публикации Одесской астрономической обсерватории (Odessa Astronomical Publications, Украина), 32, с. 33-36 (2019)

https://doi.org/10.18524/1810-4215.2019.32.182519

Koshkin N., Shakun L., Korobeynikova E., Melikyants S., Strakhova S., Dragomiretsky V., Ryabov A., Golubovskaya T., Terpan S. «Monitoring of Space Debris Rotation Based on Photometry» Публикации Одесской астрономической обсерватории (Odessa Astronomical Publications, Украина), 31, с. 179-185 (2018)

https://doi.org/10.18524/1810-4215.2018.31.147807

Koshkin N.I., Melikyants S., Korobeinikova E., Shakun L., Strakhova S., Kashuba V., Romanyuk Ya., Terpan S. «Simulation of the orbiting spacecraft to analysis and understand their rotation based on photometry» Публикации Одесской астрономической обсерватории (Odessa Astronomical Publications, Украина), 32, с. 158-161 (2019)

https://doi.org/10.18524/1810-4215.2019.32.183899

Bronza S.D., Svyrydova Ju.V., Kotvytska L.A. «The analysis of images of a circular source in n-point gravitational lenses» Публикации Одесской астрономической обсерватории (Odessa Astronomical Publications, Украина), 31, с. 6-10 (2018)

https://doi.org/10.18524/1810-4215.2018.31.144434

Kotvytskiy A.T., Shablenko V.Yu., Bronza E.S. «Fixed points of mapping of N-point gravitational lenses» Публикации Одесской астрономической обсерватории (Odessa Astronomical Publications, Украина), 31, с. 24-28 (2018)

https://doi.org/10.18524/1810-4215.2018.31.144558

Kotvytskiy A.T., Bronza S.D., Shablenko V.Yu. «Images distribution of binary symmetrical gravitational lens» Публикации Одесской астрономической обсерватории (Odessa Astronomical Publications, Украина), 32, с. 24-28 (2019)

https://doi.org/10.18524/1810-4215.2019.32.182511

Protsyuk Yu., Kovalchuk O. «Analysis of mass CCD observations to improve the accuracy of astrometric processing» Публикации Одесской астрономической обсерватории (Odessa Astronomical Publications, Украина), 31, с. 228-230 (2018)

https://doi.org/10.18524/1810-4215.2018.31.146193

Protsyuk Yu.I., Shukhratov Sh.Sh., Kovalchuk O.M., Muminov M.M., Yuldoshev Q.H., Abdurakhimov R.R., Andruk V.M. «Results of processing of CCD observations of selected open clusters on Maidanak» Публикации Одесской астрономической обсерватории (Odessa Astronomical Publications, Украина), 31, с. 231-234 (2018)

https://doi.org/10.18524/1810-4215.2018.31.146275

Protsyuk Yu.I., Kovalchuk O.M., Andruk V.M. «Comparisson of the results of processing of CCD observations of selected open clusters» Публикации Одесской астрономической обсерватории (Odessa Astronomical Publications, Украина), 32, с. 196-198 (2019)

https://doi.org/10.18524/1810-4215.2019.32.182230

Mishenina T., Usenko I., Kniazev A., Kovtyukh V. «Status refinement of metal-poor star HD 6268» Публикации Одесской астрономической обсерватории (Odessa Astronomical Publications, Украина), 31, с. 84-89 (2018)

https://doi.org/10.18524/1810-4215.2018.31.145081

Mishenina T., Basak N., Kovtyukh V. «Chemical imprints in atmospheric abundances in planet-hosting stars» Публикации Одесской астрономической обсерватории (Odessa Astronomical Publications, Украина), 32, с. 66-69 (2019)

https://doi.org/10.18524/1810-4215.2019.32.181736

Usenko I.A., Miroshnichenko A.S., Danford S., Kovtyukh V.V., Turner D.G., Shulga A.V., Protsyuk Yu.I. «Spectroscopic investigations of galactic clusters with associated Cepheid variables. I. Polaris cluster and α Umi» Публикации Одесской астрономической обсерватории (Odessa Astronomical Publications, Украина), 31, с. 113-116 (2018)

https://doi.org/10.18524/1810-4215.2018.31.145379

Usenko I.A., Kniazev A.Yu., Kovtyukh V.V., Mishenina T.V., Miroshnichenko A.S., Turner D.G., Protsyuk Yu.I. «Spectroscopic investigations of galactic clusters with associated Cepheid variables. II. NGC 5662 and V Cen» Публикации Одесской астрономической обсерватории (Odessa Astronomical Publications, Украина), 31, с. 117-122 (2018)

https://doi.org/10.18524/1810-4215.2018.31.145381

Andrievsky S.M., Shereta A., Khrapaty S.V, Korotin S.A., Kovtyukh V.V., Kashuba V.I. «Diffuse interstellar band 6202 A as an indicator of organic matter in cosmos: Cepheid spectra» Публикации Одесской астрономической обсерватории (Odessa Astronomical Publications, Украина), 32, с. 52-54 (2019)

https://doi.org/10.18524/1810-4215.2019.32.182049

Vdovichenko S ., Kovtyukh V.V., Keir L.E. «LIthium-rich classical Cepheid V1033 Cyg: evolutionary status» Публикации Одесской астрономической обсерватории (Odessa Astronomical Publications, Украина), 32, с. 83-86 (2019)

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Usenko I.A., Miroshnichenko A.S., Danford S., Kovtyukh V.V. «Pulsational activity of the small–amplitude Cepheid Polaris (α UMi) IN 2018-2019» Публикации Одесской астрономической обсерватории (Odessa Astronomical Publications, Украина), 32, с. 87-90 (2019)

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Usenko I.A., Kniazev A.Yu., Katkov I.Yu., Kovtyukh V.V., Mishenina T.V., Miroshnichenko A.S., Turner D.G. «Spectroscopic investigations of galactic clusters with associated Cepheid variables. III. Collinder 394 and BB SGR» Публикации Одесской астрономической обсерватории (Odessa Astronomical Publications, Украина), 32, с. 91-96 (2019)

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Eglitis I., Eglite V., Andruk V., Protsyuk Yu., Protsyuk S., Kovylianska O. «Baldone 1.2m telescope plate archive – hidden reserves of the FON project» Публикации Одесской астрономической обсерватории (Odessa Astronomical Publications, Украина), 31, с. 208-210 (2018)

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Galanin V.V., Lytvynenko O.A., Derevyagin V.G., Kravetz R.O. «Radio telescope URAN-4 and the problem of radio interference» Публикации Одесской астрономической обсерватории (Odessa Astronomical Publications, Украина), 31, с. 128-131 (2018)

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Kriuchkovskyi V., Bushuev F., Kaliuzhnyi M., Khalaley M., Kulichenko M., Shulga O. «First results of clarifying of orbital elements of low-orbit spacecraft using observations of the RI "MAO" doppler station» Публикации Одесской астрономической обсерватории (Odessa Astronomical Publications, Украина), 32, с. 162-164 (2019)

https://doi.org/10.18524/1810-4215.2019.32.181906

Bushuev F., Kaliuzhnyi M., Khalaley M., Kryuchkovskiy V., Kulichenko M., Shulga O. «Doppler station for orbital tracking of low-orbit spacecrafts by their radio beacon signals» Публикации Одесской астрономической обсерватории (Odessa Astronomical Publications, Украина), 31, с. 167-170 (2018)

https://doi.org/10.18524/1810-4215.2018.31.144550

Bushuev F., Kaliuzhnyi M., Khalaley M., Kryuchkovskiy V., Kulichenko M., Shulga O. «Doppler station for orbital tracking of low-orbit spacecrafts by their radio beacon signals» Публикации Одесской астрономической обсерватории (Odessa Astronomical Publications, Украина), 31, с. 167-170 (2018)

https://doi.org/10.18524/1810-4215.2018.31.144550

Kriuchkovskyi V., Bushuev F., Kaliuzhnyi M., Khalaley M., Kulichenko M., Shulga O. «First results of clarifying of orbital elements of low-orbit spacecraft using observations of the RI "MAO" doppler station» Публикации Одесской астрономической обсерватории (Odessa Astronomical Publications, Украина), 32, с. 162-164 (2019)

https://doi.org/10.18524/1810-4215.2019.32.181906

Kulichenko M.O., Shulga A.V. «Radiants and orbital distribution of TV faint sporadic meteors» Публикации Одесской астрономической обсерватории (Odessa Astronomical Publications, Украина), 31, с. 186-190 (2018)

https://doi.org/10.18524/1810-4215.2018.31.145340

Kulichenko M.O., Shulga O., Gorbanev Yu.M. «Results of positional and photometric measurements of meteor trajectories observed in Mykolaiv 2017-2018» Публикации Одесской астрономической обсерватории (Odessa Astronomical Publications, Украина), 32, с. 165-167 (2019)

https://doi.org/10.18524/1810-4215.2019.32.181908

Kuratova A.K., Miroshnichenko A.S., Zharikov S.V., Manset N., Khokhlov S.A., Raj A., Kusakin A.V., Reva I.V., Kokumbaeva R.I., Usenko I.A., Knyazev A.Y. «Spectroscopic monitoring of the B_E objects FSCMA and MOCAM» Публикации Одесской астрономической обсерватории (Odessa Astronomical Publications, Украина), 32, с. 63-65 (2019)

https://doi.org/10.18524/1810-4215.2019.32.182100

Kuratova A.K., Miroshnichenko A.S., Zharikov S.V., Manset N., Khokhlov S.A., Raj A., Kusakin A.V., Reva I.V., Kokumbaeva R.I., Usenko I.A., Knyazev A.Y. «Spectroscopic monitoring of the B_E objects FSCMA and MOCAM» Публикации Одесской астрономической обсерватории (Odessa Astronomical Publications, Украина), 32, с. 63-65 (2019)

https://doi.org/10.18524/1810-4215.2019.32.182100

Tevjashev A.D., Shostko I.S., Neofitnyi M.V., Kolomiyets S.V., Kyrychenko I.Yu., Pryimachov Yu.D. «Mathematical model and method of optimal placement of optical-electronic systems for trajectory measurements of air objects at test» Публикации Одесской астрономической обсерватории (Odessa Astronomical Publications, Украина), 32, с. 171-175 (2019)

https://doi.org/10.18524/1810-4215.2019.32.182231