E. S. Dmitrienko
Moscow State University
62 Papers
159 Citations
E. S. Dmitrienko is an academic researcher from Moscow State University. The author has contributed to research in topics: Stars & Rotation period. The author has an hindex of 8, co-authored 50 publications. Previous affiliations of E. S. Dmitrienko include Russian Academy of Sciences & Sternberg Astronomical Institute.
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Papers
Surface modification of SOI-FET sensors for label-free and specific detection of short RNA analyte.
E. S. Dmitrienko,Olga V. Naumova,B. I. Fomin,Maxim S. Kupryushkin,Alena Volkova,N. V. Amirkhanov,Dmitry Semenov,Inna A. Pyshnaya,Dmitrii V. Pyshnyi +8 more
TL;DR: The proposed CDI-PGO protocol of modification of Si sensor surface is a promising procedure for biomedical applications and demonstrated highly specific response with femtomolar sensitivity to saRNA.
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Spots and the activity of M dwarfs from observations with the Kepler Space Telescope
E. S. Dmitrienko,I. S. Savanov +1 more
TL;DR: In this paper, a method for estimating the spottedness parameter S (the spotted area as a fraction of the surface of an active star) proposed earlier is applied to an analysis of activity in 1570 M dwarf stars.
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LO Peg: surface differential rotation, flares, and spot-topographic evolution
Subhajeet Karmakar,J. C. Pandey,I. S. Savanov,G. Taş,S. B. Pandey,Kuntal Misra,Santosh Joshi,E. S. Dmitrienko,T. Sakamoto,N. Gehrels,T. Okajima +10 more
TL;DR: In this article, the authors present an in-depth study of the star-spot cycles, surface differential rotations (SDR), optical flares, evolution of starspot distributions, and coronal activities on the surface of young, single, main-sequence, ultrafast rotator LO Peg.
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Spots and activity of the M dwarf KIC 1572802
TL;DR: The photometric variability of the M dwarf KIC 1572802 has been studied using the most complete observational data, obtained by the Kepler Space Telescope as mentioned in this paper, using power spectra constructed from 59 488 single brightness measurements over 1460 days (~4 yr) show complex brightness variations.
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Spots and activity cycles of the star FKCom—2013–2015 data analysis
V. B. Puzin,I. S. Savanov,E. S. Dmitrienko,I. I. Romanyuk,E. A. Semenko,I. A. Yakunin,A. Yu. Burdanov +6 more
TL;DR: In this paper, the authors present an analysis of new photometric and spectropolarimetric observations of a chromospherically active star FKCom, based on this observational data and the data from the literature sources, applying a common technique, they performed an analysis for a complete set of available photometric data, which were divided into 218 individual light curves.
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