HelioWebMSU, Institute of Nuclear Physics
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I[MSU, Institute of Nuclear Physics]
PI["Parent Institutions (1)"]
CI["Child Institutions (0)"]
AW["Affiliated Works (72)"]
CA["Linked Collaborating Authors (18)"]
I== skos:broader ==>PI
CI== skos:broader ==>I
AW== affil ==>I
AW== author ==>CA
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click CI "#child-institutions"
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Parent Institutions [?]
Child Institutions [?]
Affiliated Works
sorted by decreasing year, and then by display-name
- Properties of the Plasma Sheet Turbulence During Substroms Observed by Interball/Tail Satellite.
- Study of Distribution of Pressure in the Magnetosphere Using the Aureol-3 satellite.
- Bifurcated Thin Current Sheets in the Magnetotail: Comparison of Model and Spacecraft Observations
- Transpolar Aurora: Time Evolution, Associated Convection Patterns, and a Possible Cause
- Features of Self-organization in Space Plasma: Generation and Evolution of Extremely Thin Current Sheets
- On the Statistics of the Seasonal Geomagnetic Variations.
- Transient Gamma-Ray Emissions Related to Thunderstorms: Coordinated RHESSI and CORONAS-F Observations
- Transpolar Aurorae in Both Hemispheres - Time Evolution, Convection, and Acceleration Potential
- Typical and Atypical Magnetospheric SI and SSC Responses to Interplanetary Shocks
- BARREL: A Balloon Array for Monitoring Relativistic Electron Losses during the RBSP Mission
- Ice Formation by Soot-Containing Aerosol Particles
- Atmospheric Electricity Measurements on the Proposed European Venus Explorer Mission
- Innovative Hands-on Space-Physics Excersises in Moscow University
- Magnetic Mapping of the Outer Jovian Magnetosphere Onto the Auroral Pattern.
- Space Sciences Education Program of Moscow State University
- Study of turbulence in the central plasma sheet during quiet and substorm time intervals using the Interball-Tail satellite data
- Definition of Mercury Dipole Moment and its Offset Using the MESSENGER First Flyby data
- Study of the Influence of the Solar Wind Dynamic Pressure to the Variation of Pressure in the Inner Magnetosphere.
- Dependence of the Maximum Static Pressure in the Inner Magnetosphere on the Solar Wind Dynamic Pressure and Different Coupling Functions
- Modelling of the Turbulent Plasma Sheet for Different Geomagnetic Conditions
- Study of the turbulent transport processes in the plasma sheet using the THEMIS satellite data
- Magnetospheric Perturbations Related to IMF Discontinuity Passing Through the Magnetosheath: THEMIS and Ground-Based Observations
- Statistical study of the properties of the turbulent plasma sheet using the Cluster and Themis satellite data
- Study of turbulent spectra of the geomagnetic field using the data of the THEMIS satellite mission and ground magnetometers
- A search for a crustal magnetization signature of variations in insolation at Mercury
- Bounce-averaging of scattering rates in a realistic field model
- Integrated Medium for Planetary Exploration (IMPEx): a new EU FP7-SPACE project
- MESSENGER Observations of Internal and External Magnetic Fields at Mercury
- Magnetic fields of the solar system: A comparative planetology toolkit
- Possible causes of the unmagnetized electron motion in the plasma sheet
- Radiation environment in the region of thunderstorm neutrons generation
- Stability of the turbulent plasma sheet during quiet geomagnetic conditions and during substorms
- Study of the turbulent transport in the plasma sheet related to eddy-diffusion using THEMIS satellite data
- An Explanation for the Observed Frequency Drift of Coherent ~1 Hz waves in Mercury's Inner Magnetosphere
- Dependence of the energy diffusion and pitch-angle scattering on spectral and spatial properties of waves
- IMPEx Simulation Data Model : an extension to SPASE for the description of simulation runs
- Mercury's high northern latitude magnetic signature: Limitations on an internal source
- On the possibility of TLE measurements with high sensitivity and temporal resolution by TUS detector on board Lomonosov satellite
- Study of the turbulent processes in the plasma sheet using multi-point satellite and ground-based measurements
- Temporal structure of transient luminous events analyses from Tatiana2 satellite data
- Model/observational data cross analysis in planetary plasma sciences with IMPEx
- Study of bursty bulk flow events in the plasma sheet using the THEMIS satellite mission
- Field-Aligned Currents in Saturn's Southern Nightside Magnetosphere: Sub-Corotation and Planetary Period Oscillation Currents
- Typical and Atypical Magnetospheric Response to Sudden Solar Wind Dynamic Pressure Changes
- Two dynamo waves derived with Principal Component Analysis of solar magnetic field and prediction of solar activity on millenium scales
- Field-aligned currents in Saturn's magnetosphere: Local time dependence of southern summer currents in the dawn sector between midnight and noon
- Formation of kappa distributions and the main features of turbulent transport in the magnetosphere of the Earth
- Reinforcement of double dynamo waves as a source of solar activity and its prediction on millennium timescale
- The Role of the Auroral Processes in the Formation of the Outer Electron Radiation Belt
- An embedding structure of the cross-tail CSs and its relation to the ion composition according to MAVEN observations in the Martian magnetotai
- Initial Results from the Electron Losses and Fields Investigation Mission Onboard Lomonosov Satellite
- Ion Ramp Structure of Bow shocks and Interplanetary Shocks: Differences and Similarities
- MHD surface waves, fluctuations of the heliospheric current sheet and related acceleration of energetic particles in the solar wind
- Similarities and differences of the cross-tail CS in the Earth's and Martian magnetotails
- The Trajectory Method and the Description of Charged Particles Dynamics in the Current Sheet Magnetic Field Geometry.
- The radiation-belt electron phase-space-density response to stream-interaction regions: A study combining multi-point observations, data-assimilation, and physics-based modeling
- A Method of the Mercury Magnetospheric Current System Parameters Determination Based on the MESSENGER Magnetometer Data
- Evolution of a coronal mass ejection from the Sun to Saturn
- PROBA-3/ASPIICS: Giant Formation Flying Coronagraph to Study the Low and Middle Solar Corona
- Analysis of the Quasi-Periodic Pulsations in the X9.3 and X8.3 Flares on 6 and 10 September 2017 Observed by SDO/EVE, PROBA2/LYRA and MAVEN/EUVM
- Following the evolution of coronal mass ejections across the heliosphere
- From PROBA2/SWAP to Solar Orbiter/EUI: exploring the outer edge of the EUV corona.
- Novel observations of the middle corona during the 2017 total solar eclipse
- Particle-In-Cell simulations of the effect of the electron temperature anisotropy on the development of the proton firehose instability in solar wind conditions
- Particle-In-Cell Simulations of Whistler Heat Flux Instabilities in the Solar Wind: Heat Flux Regulation and Electron Halo Formation.
- 3D Helioseismic Forward-Modeling and Analysis of Meridional Circulation
- How Can Solar-C/SOSPIM Contribute to the Understanding of Quasi-Periodic Pulsations in Solar Flares?
- Large-Scale Dynamics of Solar Subsurface Shear Layer: Theoretical Predictions and Helioseismic Inferences
- Multiscale Organization of Turbulent Convection in Global-Sun Simulations
- Detection of Giant-Scale Convection in the Near-Surface Shear Layer of the Sun
- Slow solar wind sources - high-resolution observations with a stereoscopic view.
- Upflows in solar active regions - producing a mix of abundances that can feed into the solar wind