Keyword data for ORCID ID 0000-0002-7289-642X

The table below shows the most common keywords used by the author. The letters in brackets after some keywords denote if the keyword corresponds to Solar Physics (S) or Heliospheric Physics (H).

Solar keyword fraction: 0.709 (must be ≥ 0.15 for author to be listed in HelioIndex)
Heliosphere fraction: 0.032 (S)

Keyword Occurrences
Sun: Filaments [S] 62
Astrophysics - Solar And Stellar Astrophysics [S] 54
Sun: Magnetic Fields 42
Sun: Corona [S] 40
Sun: Coronal Mass Ejections 37
Sun: Flares [S] 32
Sun: Activity 17
Magnetohydrodynamics [S] 15
Waves 13
Sun: Oscillations [S] 12
Sun: Chromosphere [S] 10
Methods: Numerical 10
Astrophysics 8
Solar Activity 8
Magnetohydrodynamical Simulations 7
Solar Physics [S] 6
Sun: UV Radiation [S] 6
Magnetic Reconnection 6
Magnetic Field 5
Solar Coronal Waves [S] 5
Sunspots [S] 4
Sun: X-rays [S] 4
Sun: Waves 4
Sun: Photosphere [S] 4
Sun: Atmosphere [S] 4
Sun: Astrophysics - Solar And Stellar Astrophysics 4
Solar Magnetic Reconnection 4
Solar And Stellar Astrophysics 4
Methods: Statistical 4
Sun: Radio Radiation [S] 4
Solar Wind [H] 3
Sun: Magnetic Reconnection 3
Astrophysics - Instrumentation And Methods For Astrophysics 3
Conduction 3
Gamma Rays [S] 3
Physics - Space Physics [H] 3
Shock Waves 3
Sun: Magnetohydrodynamic 2
Sun: Flare 2
Sun: Active Regions 2
Sun: Abundances 2
Sun: 2
Stars: Oscillations 2
Stars: Flare 2
Space-based Telescope 2
Solar Cycle 2
Accretion Disks 2
Photosphere [S] 2
Accretion 2
Magnetic Fields 2
Techniques: Image Processing 2
Line: Profiles 2
Hydrodynamical Simulations 2
Galaxy: Center 2
Flares 2
Flare 2
Filaments 2
Euv Wave 2
Chromosphere 2
Black Hole Physics 2
Astrophysics - High Energy Astrophysical Phenomena [S] 2
Sun: Prominences 2
Sun: Propagation 2
Sun: Magnetic Topology 2
Stars: Magnetic Fields 1
Diagnostics 1
Space Plasmas [H] 1
Space Physics 1
Space Missions 1
Solar-terrestrial Interactions 1
Sun: Light Curve 1
Solar System 1
Solar Radiation 1
Sun: Solar Phys 1
Adaptive Mesh Refinement 1
Coronal Magnetic Field 1
Sun: Statistical Error 1
Solar Coronal Mass Ejection Shocks 1
Coronal Hole 1
Sun: Sun: Activity 1
Solar Activities 1
Shocks 1
Sun: Line Intensity 1
Separatrix 1
Radiative Magnetohydrodynamics 1
Prominence Eruptions 1
Prominence Eruption 1
Plasmas 1
Plasma: Magnetic Reconnection 1
Plages 1
Sun: Low Coronal Signatures 1
Physics - Plasma Physics [H] 1
Physics - Computational Physics 1
Physics 1
Convolutional Neural Networks 1
Oscillations 1
Numerical Methods 1
Nlfff Model 1
Models 1
Mhd Simulations 1
Sun: Magnetic Field 1
Methods: Observational 1
Sun: Sun: Corona 1
Methods: Data Analysis 1
Magnetosphere 1
Magnetohydrodynamics: Solar Physics 1
Magnetohydrodynamics: Numerical Simulations 1
Magnetohydrodynamics Waves 1
Sun: Transition Region [S] 1
Sun: Weak Correlation 1
Sun: Width Distribution 1
Sun: Prominence 1
Turbulence 1
Magnetic Connectivity 1
Binaries: Close 1
Laboratory Experiments 1
Ionosphere 1
Instrumentation: Spectrographs 1
Instrumentation: High Angular Resolution 1
Instabilities [H] 1
Hydrodynamics 1
The Sun [S] 1
Heliocentric Orbit 1
Gravitational Wave Detectors 1
Geomagnetic Storms 1
General Relativity And Quantum Cosmology 1
Sun: Magnetic 1
Sun: Quiescent 1
Sun: Helicity 1
Sun: Formation And Evolution 1
Sun: Flux Rope 1
Sun: Radio Emission 1
Sun: Magnetohydrodynamics 1
Acceleration Of Particles 1
Sun: Faculae [S] 1
Sun: Density Structure 1
Sun: Current Sheet 1
Sun: Reconnection Rate 1
Sun: Coronal Mass Ejection 1
Sun: Coronal Loops 1
Sun: Shock 1
Sun: Solar Flare 1
Sun: Butterfly Diagram 1
Sun: Automatic Detection 1
Astronomical Techniques 1
Ar 10930 1
Sun: Approximate Method 1
Sun: Solar Flare - Coronal Loops 1
Flare Initial Eruption 1
Astrophysics - Earth And Planetary Astrophysics 1
Astrophysics - Astrophysics Of Galaxies 1
Euv Waves 1
Stars: Neutron 1
Sun: Models 1


Created on Wed Apr 22 04:58:42 2026.