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).
| Keyword
| Occurrences
|
|---|
| Solar Wind [H]
| 18
|
| Sun: Coronal Mass Ejections
| 18
|
| Magnetohydrodynamical Simulations
| 8
|
| Astrophysics - Solar And Stellar Astrophysics [S]
| 7
|
| Space Weather
| 7
|
| Physics - Space Physics [H]
| 7
|
| Magnetohydrodynamics [S]
| 5
|
| Sun: Corona [S]
| 4
|
| Magnetic Fields
| 4
|
| Corotating Streams
| 4
|
| Methods: Numerical
| 3
|
| Driver Gases
| 3
|
| And Magnetic Clouds
| 3
|
| Sun: Magnetic Fields
| 3
|
| Sun: Heliosphere [H]
| 3
|
| 7513)
| 3
|
| Interplanetary Physics: Interplanetary Shocks
| 3
|
| Interplanetary Physics: Ejecta
| 3
|
| Interplanetary Physics: Coronal Mass Ejections (4305
| 3
|
| Galactic Cosmic Rays
| 2
|
| Mhd Simulation
| 2
|
| Convolutional Neural Networks
| 2
|
| Interplanetary Physics: Mhd Waves And Turbulence (2752
| 2
|
| Interplanetary Physics [H]
| 2
|
| Interaction
| 2
|
| 7836)
| 2
|
| The Sun [S]
| 2
|
| Magnetospheric Physics: Ring Current
| 1
|
| Magnetospheric Physics: Numerical Modeling
| 1
|
| Magnetospheric Physics: Magnetic Storms And Substorms (4305
| 1
|
| Magnetohydrodynamic (mhd)
| 1
|
| Magnetic Field
| 1
|
| Locally Divergence-free
| 1
|
| Kinematic Evolution
| 1
|
| Jupiter
| 1
|
| Juno
| 1
|
| Ionosphere: Particle Precipitation
| 1
|
| Interplanetary Transport
| 1
|
| Interplanetary Scintillation
| 1
|
| Interplanetary Physics: Solar Wind Plasma [H]
| 1
|
| Interplanetary Physics: Interplanetary Magnetic Fields [H]
| 1
|
| Interplanetary Physics: Coronal Mass Ejections (7513)
| 1
|
| Interplanetary Coronal Mass Ejection
| 1
|
| Geomagnetic Storms
| 1
|
| Geomagnetic Storm
| 1
|
| Forecasting
| 1
|
| Flux Splitting
| 1
|
| Finite Volume Method
| 1
|
| Deflected Propagation
| 1
|
| Correlation
| 1
|
| Corotating Interaction Regions (cir)
| 1
|
| Coronal Polarized Brightness Distribution
| 1
|
| Coronal Magnetic Field Distribution
| 1
|
| Computational Methods
| 1
|
| Collision Nature
| 1
|
| Cir
| 1
|
| Basic Function
| 1
|
| Background Solar Wind
| 1
|
| Artificial Neural Network Technique
| 1
|
| Artificial Neural Network
| 1
|
| Artificial Compressibility
| 1
|
| Aneurysm
| 1
|
| 7954)
| 1
|
| Wls-eno
| 1
|
| Viscous Incompressible Flow
| 1
|
| Various Input
| 1
|
| Unstructured Grid
| 1
|
| Three-dimensional Mhd Simulation
| 1
|
| Super-elastic Collision
| 1
|
| Sun: Particle Emission
| 1
|
| Sun: Flares [S]
| 1
|
| Speed Prediction
| 1
|
| Space Weather: Models
| 1
|
| Space Plasma Physics: Mathematical And Numerical Techniques (0500
| 1
|
| Source Surface
| 1
|
| Solar-terrestrial Relations
| 1
|
| Solar Energetic Particles (sep)
| 1
|
| Solar Energetic Particle
| 1
|
| Solar Coronal Streamers
| 1
|
| Solar Coronal Mass Ejection Shocks
| 1
|
| Solar Coronal Holes [S]
| 1
|
| Solar Activity
| 1
|
| Self-consistent Structure
| 1
|
| Rotation
| 1
|
| Physics - Plasma Physics [H]
| 1
|
| Photosphere [S]
| 1
|
| Particle Acceleration
| 1
|
| Modeling
| 1
|
| Mars
| 1
|
| Magnetospheric Physics: Solar Wind/magnetosphere Interactions
| 1
|
| 3200)
| 1
|