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Kinematics and Physics of Celestial Bodies

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论文数11
被引数
期刊论文 15
发表时间
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Comparative Analysis of Diurnal-Seasonal Variations of Ionospheric F2-Layer Parameters during the 24th Solar Activity Cycle第24太阳活动周期间电离层F2层参数的日变化与季节变化比较分析
deleteKinematics and Physics of Celestial Bodies
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delete2026-04-01
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PREAI
deleteChernogor, L. F.; Luo, Y.; Mylovanov, Yu. B.
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Analysis of Basins of Attraction in the Pseudo-Newtonian Photogravitational Restricted Four-Body Problem with Asteroid Belt Effects伪牛顿光引力限制性四体问题中考虑小行星带效应的吸引盆分析
deleteKinematics and Physics of Celestial Bodies
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delete2026-04-01
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deleteKumar, Vinay; Aggarwal, Rajiv; Kumar, Nitesh
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Statistical Analysis of Flat-Spectrum and Steep-Spectrum Pulsars平谱和陡谱脉冲星的统计分析
deleteKinematics and Physics of Celestial Bodies
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delete2026-04-01
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deleteCai, Hongbing; Li, Siqi; Xu, Jingsong; Liu, Hang
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Determination of Current Density in Magnetospheric Plasma: Multispacecraft and Particle Approaches磁层等离子体中电流密度的测定：多航天器与粒子方法
deleteKinematics and Physics of Celestial Bodies
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delete2026-02-01
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deletePetrenko, B. A.; Kozak, L. V.; Khalimonenko, N. O.
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Dynamics of Equatorial and Low-Latitude TEC Fluctuations during the April 2023 Geomagnetic Storm2023年4月地磁暴期间赤道和低纬度TEC起伏的动力学
deleteKinematics and Physics of Celestial Bodies
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deleteData, Efrem Amanuel; Terefe, Dejene Ambisa; Gutulo, Solomon Gunta; Teklemariam, Ayalew Lemma; Gebino, Gebre Kalute; Bagaje, Melaku Belayneh
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Machine Learning Inference of Black Hole Spin from Simulated Quasi-Periodic Oscillations: A Gaussian Process Regression Approach基于模拟准周期振荡的机器学习方法推断黑洞自旋：一种高斯过程回归方法
deleteKinematics and Physics of Celestial Bodies
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delete2026-02-01
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deleteMukherjee, Debarshi
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Recurrent Magnetic Storms of January 2-8, 20152015年1月2-8日的重复性磁暴
deleteKinematics and Physics of Celestial Bodies
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delete2026-02-01
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deleteChernogor, L. F.; Luo, Y.
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Effects of the Solar Eclipse on June 21, 2020, in Low-Latitude Ionosphere Total Electron Content2020年6月21日日全食对低纬电离层总电子含量的影响
deleteKinematics and Physics of Celestial Bodies
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delete2025-12-01
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deleteChernogor, L. F.; Luo, Y.; Mylovanov, Yu. B.; Dorokhov, V. L.
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Influence of Turbulence on Electric-Field Intensity Variations in the Earth's Atmosphere湍流对地球大气中电场强度变化的影响
deleteKinematics and Physics of Celestial Bodies
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deleteKozak, L. V.; Petrenko, B. A.; Khalimonenko, N. O.; Kronberg, E. A.; Ballai, I.
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Nonlinear Atmospheric Gravity Waves in the Earth's Isothermal Atmosphere地球等温大气中的非线性大气重力波
deleteKinematics and Physics of Celestial Bodies
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deleteCheremnykh, O. K.; Lashkin, V. M.; Cheremnykh, S. O.; Fedorenko, A. K.
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Possible Signatures of Extremely Strong Magnetic Fields Observed in a Sunspot Based on Spectropolarimetry near the D3 Line基于D3线附近光谱偏振测量观测到的太阳黑子中极强磁场的可能签名
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delete2025-12-01
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deleteLozitsky, V. G.
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Observations of the Occultation of the Star TYC 1318-01031-1 by Asteroid (52) Europa on September 9, 20202020年9月9日小行星(52)Europa掩食恒星TYC 1318-01031-1的观测
deleteKINEMATICS AND PHYSICS OF CELESTIAL BODIES
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deleteKleshchonok, V. V.; Karbovsky, V. L.; Kashuba, V. I.; Angelsky, O. V.; Lashko, M. V.
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Seasonal Changes in the Activity Factor of Jupiter's Hemispheres and Their Relationship with Solar Activity and Orbital Motion木星半球活动因子的季节性变化及其与太阳活动和轨道运动的关系
deleteKinematics and Physics of Celestial Bodies
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deleteVidmachenko, A. P.
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Global Manifestations of a Unique Geospace Storm on May 10-13, 2024, in the F Region of the Ionosphere2024年5月10-13日电离层F区一次独特地空间风暴的全球表现
deleteKINEMATICS AND PHYSICS OF CELESTIAL BODIES
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deleteChernogor, L. F.; Bessarabova, V. O.
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Physical Parameters of Superhumps in Five Dwarf Nova Systems Based on TESS Observations基于TESS观测的五颗矮新星系统的超增亮物理参数
deleteKINEMATICS AND PHYSICS OF CELESTIAL BODIES
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deleteDzygunenko, A.; Baransky, O.; Krushevska, V.
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