Search Results - "Ievenko, I. B."

Relationship of the SAR Arc Dynamics to Substorm Injection Based on the Aurorae Observation. Magnetospheric Phenomena in the Plasmapause Vicinity by Ievenko, I. B., Parnikov, S. G.

“…— Stable auroral red (SAR) arcs are a consequence of the interaction of energetic ions of the ring current with the plasmapause. The literature is dominated by…”
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Subauroral Luminosity STEVE over Yakutia during a Substorm: Analysis of the Event of March 1, 2017 by Parnikov, S. G., Ievenko, I. B., Koltovskoi, I. I.

“…Strong thermal emission velocity enhancement (STEVE) is a recently identified, narrow, latitudinally extended, a subauroral glow ribbon of purple light. This…”
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Relationship of the Stable Auroral Red Arc Height to Solar Activity: Observation Results at the Yakutsk Meridian by Ievenko, I. B., Parnikov, S. G., Sokolnikov, A. V.

“…First results of triangulation measurements of the height of stable auroral red arcs at the Yakutsk meridian in 2015–2020 are presented. Heights values of the…”
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Variations of the Nightglow 557.7 nm Emission Intensity during Solar Cycle 23 by Ievenko, I. B., Parnikov, S. G., Alekseev, V. N.

“…The results of photometric measurements of the intensity of 557.7 nm nightglow emission at a high geographical latitude of 63° N at the Yakutsk meridian (130°…”
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Occurrence rate of SAR arcs during the 23rd solar activity cycle by Alexeyev, V.N., Ievenko, I.B., Parnikov, S.G.

“…The occurrence rate of SAR arcs during 1997–2007 has been analyzed based on the photometric observations at the Yakutsk meridian (Maimaga station, corrected…”
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Influence of solar ultraviolet radiation intensity of 630 nm nightglow emission excitation by Ievenko, I. B., Alekseev, V. N., Parnikov, S. G.

“…It is well known that the 630.0 nm nightglow emission intensity at mid-latitudes increased more than twofold in periods of maximum sunspot activity. It is…”
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Influence of the solar UV-radiation intensity on the 630-nm nightglow emission in the 23rd solar cycle by Ievenko, I. B., Alekseev, V. N., Parnikov, S. G.

“…It is well known that the 630-nm nightglow emission intensity in midlatitudes increases by more than a factor of 2 during a sunspot maximum. It has been…”
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Dynamics of the convection in the inner magnetosphere by observations of the diffuse aurora, SAR arc and ionospheric drift by Ievenko, I.B., Stepanov, A.E., Alexeyev, V.N., Smirnov, V.F.

“…The first results of the comparison of subauroral luminosity dynamics in 557,7 and 630,0nm emission with simultaneous measurements of the ionospheric drift in…”
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SAR arc occurrence frequency during cycle 23 of solar activity by Alekseev, V. N., Ievenko, I. B.

“…The occurrence frequency of SAR arcs during 1997–2006 has been analyzed based on the photometric observations at the Yakutsk meridian (Maimaga station,…”
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Auroral Perturbations as an Indicator of Ionosphere Impact on Navigation Signals by Chernous, S. A., Shagimuratov, I. I., Ievenko, I. B., Filatov, M. V., Efishov, I. I., Shvets, M. V., Kalitenkov, N. V.

“…A comparative analysis of total electron content (TEC) fluctuations and auroral activity, which characterizes the polar ionosphere during periods of substorm…”
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SAR arc observation during the overlap registration of an energetic plasma with a plasmapause aboard the Van Allen Probe by Ievenko, I.B.

“…Stable auroral red (SAR) arcs are the consequence of interaction of the outer plasmasphere (plasmapause) with energetic ions of the ring current. In this work…”
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Relationship of the diffuse aurora and SAR arc dynamics to substorms and storms by Ievenko, I.B., Parnikov, S.G., Alexeyev, V.N.

“…Investigation results of a diffuse aurora (DA) and stable auroral red (SAR) arc dynamics based on spectrophotometric observations at the Yakutsk meridian…”
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Ground-Based and Satellite Observations of the SAR Arc in the MLT Evening Sector at the Beginning of the Magnetic Storm on March 17, 2015 by Ievenko, I. B., Parnikov, S. G.

“…— Stable auroral red (SAR) arcs are the result of the interaction of energetic ring current ions with the outer plasmasphere (plasmapause). The article…”
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Formation of red arc in the polarization jet band by Khalipov, V.L., Stepanov, A.E., Ievenko, I.B., Kotova, G.A., Panchenko, V.A.

“…Complex optical and ionospheric measurements in the region of the formation of red arcs accompanying the polarization jet development are analyzed. Optical…”
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Relationship of the nightglow 630.0nm emission intensity to the solar extreme ultraviolet by Ievenko, I.B., Alexeyev, V.N., Parnikov, S.G.

“…It is well known that the 630.0nm nightglow emission intensity at mid latitudes increased more than twofold in periods of maximum sunspot activity. It is…”
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The comparison of neutral component temperature with 630 nm (OI) emission intensity in the region of SAR-arcs by Alexeyev, V.N., Yugov, V.A., Ievenko, I.B., Ignatyev, V.M.

“…The simultaneous photometric and interferometric measurements for five events of stable middle latitudinal red arcs (SAR-arcs) at station Maimaga (F∼63°,…”
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Occurrence rate of SAR arcs during the 23rd solar activity cycle by ALEXEYEV, V. N, IEVENKO, I. B, PARNIKOV, S. G

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