Monitoring of Interplanetary Scintillation and Potential of Short-time Space Weather Forecasting

[1] Glyantsev A.V.(2015)Interplanetary-scintillation observations of coronal mass ejections near the maximum of the 24th solar-activity cycle Astronomy Reports 59 40-45

[2] Tyul’bashev S.A.(2017)Some problems of identifying types of large-scale solar wind and their role in the physics of the magnetosphere Cosmic Research 55 178-189

[3] Chashei I.V.(2020)Corotating and Propagating Disturbances in the Solar Wind Based on Monitoring of Interplanetary Scintillations at the LPA Radio Telescope of the Lebedev Physical Institute in 2017 Astronomy Reports 64 66-81

[4] Shishov V.I.(2018)Coronal mass ejections in September 2017 from monitoring of interplanetary scintillations with the Large Phased Array of the Lebedev Institute of Physics Astronomy Reports 62 346-351

[5] Yermolaev Y.I.(2013)Interplanetary scintillations of an ensemble of radio sources during the solar activity minimum of cycles 23/24 Cosmic Research 51 23-28

[6] Lodkina I.G.(2008)Monitoring of interplanetary and ionospheric scintillation of an ensemble of radio sources Solar System Research 42 341-350

[7] Nikolaeva N.S.(2016)Monitoring of the turbulent solar wind with the upgraded Large Phased Array of the Lebedev Institute of Physics: First results Astronomy Reports 60 1067-1082

[8] Yermolaev M.Y.(2010)From the Sun to the Earth: The 13 May 2005 coronal mass ejection Solar Physics 265 49-127

[9] Riazantseva M.O.(2013)Results of IPS observations in the period near solar activity minimum Solar Physics 285 141-149

[10] Chashei I.V.(2016)Interplanetary and ionosphere scintillation produced by ICME 20 December 2015 Space Weather 14 682-688

[1] Glyantsev A.V.(2015)Interplanetary-scintillation observations of coronal mass ejections near the maximum of the 24th solar-activity cycle Astronomy Reports 59 40-45

[2] Tyul’bashev S.A.(2017)Some problems of identifying types of large-scale solar wind and their role in the physics of the magnetosphere Cosmic Research 55 178-189

[3] Chashei I.V.(2020)Corotating and Propagating Disturbances in the Solar Wind Based on Monitoring of Interplanetary Scintillations at the LPA Radio Telescope of the Lebedev Physical Institute in 2017 Astronomy Reports 64 66-81

[4] Shishov V.I.(2018)Coronal mass ejections in September 2017 from monitoring of interplanetary scintillations with the Large Phased Array of the Lebedev Institute of Physics Astronomy Reports 62 346-351

[5] Yermolaev Y.I.(2013)Interplanetary scintillations of an ensemble of radio sources during the solar activity minimum of cycles 23/24 Cosmic Research 51 23-28

[6] Lodkina I.G.(2008)Monitoring of interplanetary and ionospheric scintillation of an ensemble of radio sources Solar System Research 42 341-350

[7] Nikolaeva N.S.(2016)Monitoring of the turbulent solar wind with the upgraded Large Phased Array of the Lebedev Institute of Physics: First results Astronomy Reports 60 1067-1082

[8] Yermolaev M.Y.(2010)From the Sun to the Earth: The 13 May 2005 coronal mass ejection Solar Physics 265 49-127

[9] Riazantseva M.O.(2013)Results of IPS observations in the period near solar activity minimum Solar Physics 285 141-149

[10] Chashei I.V.(2016)Interplanetary and ionosphere scintillation produced by ICME 20 December 2015 Space Weather 14 682-688