The correspondence between strong emission line intensities in the spectrum of an H II region and its chemical composition

¹Melekh BY, Pilyugin LS, Korytko RI. The correspondence between strong emission line intensities in the spectrum of an H II region and its chemical composition. Russian. 2012 ;28(4):56-75.

Optical emission lines in spectra of objects with X-ray sources in the Galaxy M 101

Pilyugin LS, Tugay AV. Optical emission lines in spectra of objects with X-ray sources in the Galaxy M 101. Russian. 2012 ;28(3):20-29.

The pregalactic ⁴He abundance determination including new data on systematic effects

Sagun VV, ¹Izotov YI. The pregalactic ⁴He abundance determination including new data on systematic effects. Russian. 2012 ;28(3):3-19.

The mass distribution in the galaxy cluster Abell 2744

Babyk YV, ¹Elyiv AA, ¹Melnyk OV, ²Kryvodubskyj VN. The mass distribution in the galaxy cluster Abell 2744. Ukrainian. 2012 ;28(2):34-44.

Dynamic falling of the Chelyabinsk meteoroid: The sizes, radiation and destruction

¹Chernogor LF, ¹Mylovanov YB. Dynamic falling of the Chelyabinsk meteoroid: The sizes, radiation and destruction. Ukrainian. 2021 ;37(5):37-65.

Molecular hydrogen H² (4-0) in the spectra of Jupiter and Saturn

Atai AA, Yuzbashov ER, ¹Mikailov KM, Farziev ZS. Molecular hydrogen H² (4-0) in the spectra of Jupiter and Saturn. Ukrainian. 2021 ;37(5):18-36.

X-ray galaxy catalog Xgal

Zadorozhna LV, Tugay AV, Shevchenko SY, Pulatova NG. X-ray galaxy catalog Xgal. Ukrainian. 2021 ;37(3):68-83.

Compact galaxies with active star formation from SDSS DR14: star formation rates derived from combinations of luminosities in different wavelength ranges

¹Izotova IY, ²Izotov YI. Compact galaxies with active star formation from SDSS DR14: star formation rates derived from combinations of luminosities in different wavelength ranges. 2021 ;37(2):3-18.

Verification of Einstein’s formula for gravitational deflection of light using observations of galactic microlensing

¹Alexandrov AN, ¹Zhdanov VI, Slusar VM. Verification of Einstein’s formula for gravitational deflection of light using observations of galactic microlensing. Ukrainian. 2020 ;36(5):3-14.

Extremely high energy (E > 10.E20 eV) cosmic rays: potential sources

¹Hnatyk R, ²Voitsekhovskyi V. Extremely high energy (E > 10.E20 eV) cosmic rays: potential sources. Ukrainian. 2020 ;36(3):47-68.

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