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Global heliospheric termination shock strength in the solar–interstellar interaction
E. J. Zirnstein
, R. Kumar
, B. L. Shrestha
, P. Swaczyna
, M. A. Dayeh
, J. Heerikhuisen
,
J. R. Szalay
Astrophysical Sciences
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Keyphrases
Termination Shock
100%
Shock Strength
100%
Interstellar Medium
37%
Solar Wind
37%
Accelerated Particle
25%
Magnetohydrodynamic Simulation
12%
High Mach number
12%
In Situ Measurements
12%
Strong Connections
12%
Global Property
12%
Solar System
12%
Particle-in-cell
12%
High Compression
12%
Mass Effect
12%
Pressure Balance
12%
Two-directional
12%
Voyager
12%
Energetic Neutral Atoms
12%
Cell Test
12%
Test Particle Simulation
12%
Media Dynamics
12%
Solar Minimum
12%
Astronomical Unit
12%
Coronal Holes
12%
Solar Maximum
12%
Physics
Termination Shock
100%
Interstellar Matter
37%
Solar Wind
37%
Magnetohydrodynamic Simulation
12%
Mach Number
12%
In Situ Measurement
12%
Energetics
12%
Neutral Atom
12%
Astronomical Unit
12%
Coronal Hole
12%