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C
1Chornogor SN, 1Kondrashova NN. Development of a solar circular flare М6.4 according to observations in the Нα line. 2021 ;37(2):41-56.
1Chornogor LF. Propagating waves and processes associated with the March 20, 2015 solar eclipse in the ionosphere over Europe. 2016 ;32(4):60-72.
1Churyumov KI, Filonenko VS, Chubko LS. Light curves and photometrical parameters of the comets C/1999 S4 (LINEAR), C/2001 Q4 (NEAT), C/2002 T7 (LINEAR), C/2002 VI (NEAT), C/2004 Q2 (Machholz), and 153P/2002 C1 (Ikeya-Zhang). 2008 ;24(2):146-154.
1Churyumov KI, Filonenko VS, Chubko LS. Temporal evolution of the light curve for the comet Tempel 1, 9P from 1867 to 2005. Russian. 2008 ;24(6):469-474.
1Churyumov KI, Filonenko VS, Chubko LS. Secular variations of brightness of periodical comets as a result of desintegration of their gaseous-dusty nuclei and influence of solar activity. Ukrainian. 2008 ;24(6):463-468.
D
Danevich FA, Ivanov AV, Kobychev VV, Tretyak VI. Heat flow of the Earth and resonant capture of solar ⁵⁷Fe axions. 2009 ;25(2):143-149.
1Demin SA, 1Panischev OY, 1Nefedyev YA. Dynamical and spectral X-ray features of the microquasar XTE J1550-564. Russian. 2014 ;30(2):16-25.
1Devyatkin AV, 1Gorshanov DL, 1L’vov VN, 1Tsekmeister SD, 1Chubey MS. Astrometric base-line observations of Solar System bodies. 2016 ;32(5):45-51.
1Dharmashaktu H, 2Lohani NK. A statistical study of the CME properties based on angular width during the solar cycle 24. 2024 ;40(4):3-21.
Dickmann W, Dickmann J. Modification of inertia resulting from a Hubble-scale Casimir effect contradicts classical inertia. Ukrainian. 2023 ;39(6):80-87.

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