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Astronomy Reports - The interaction of galaxies in clusters with the intergalactic gaseous medium and other galaxies is considered. The causes for the appearance of gaseous and stellar... 相似文献
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Vereshchagin S. V. Tutukov A. V. Chupina N. V. Postnikova E. S. Sizova M. D. 《Astronomy Reports》2022,66(5):361-386
Astronomy Reports - The aim of this study is to search for close binary gravitationally bound pairs of open star clusters (CBOCs). We divided the observed pairs of clusters into visual binaries... 相似文献
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Formation of Stellar Streams Due to the Decay of Star Clusters,OB Associations,and Galaxy Satellites
Astronomy Reports - This paper presents a scenario of the evolution of OB associations and star clusters from formation to decay, in the process of which they turn into stellar streams moving in... 相似文献
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The rate of energy input to the ring current is studied as a function of solar wind parameters. The ring current dissipation rate is also examined. The decay constant τ in the main phase of a storm has been shown to be independent of its intensity and to equal (4 ± 2) h. In the recovery phase τ rises with increasing storm intensity. 相似文献
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Astronomy Reports - Comets that were ejected by giant planets to the Oort cloud during the formation and evolution of planetary systems may get back to the orbits in the vicinity of the Sun with a... 相似文献
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V. N. Sinyukovich L. N. Sizova M. N. Shimaraev N. N. Kurbatova 《Geography and Natural Resources》2013,34(4):350-355
We examine the changes in water inflow into Baikal that are taking place due to global warming that enhanced beginning in the 1970s as well as due to the different responses of discharges of separate rivers within the Baikal watershed basin to climate change. 相似文献
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A study is made of the influence of the large-scale atmospheric circulation, described by the indices of Northern Hemisphere Teleconnection Patterns, on air temperature and ice-thermal characteristics of Lake Baikal for the time interval 1950–2010. Multiple linear regression equations have been obtained to account for 46–47% of the air temperature changes during the winter, spring and autumn seasons, and for 18% during the summer season. The main contribution to air temperature change for separate seasons (except in the summertime) and ice-thermal characteristics is made by the fluctuations of the AO and NAO indices characterizing the west-east transport of air masses, and of the SCAND and Sh indices of the mechanisms blocking this transport. 相似文献
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