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PARTICLE ACCELERATION at LOW CORONAL COMPRESSION REGIONS and SHOCKS
N. A. Schwadron
, M. A. Lee
, M. Gorby
, N. Lugaz
, H. E. Spence
, M. Desai
, T. Török
, C. Downs
, J. Linker
, R. Lionello
, Z. Mikić
, P. Riley
,
J. Giacalone
, J. R. Jokipii
, J. Kota
, K. Kozarev
Planetary Sciences
Lunar and Planetary Lab
Research output
:
Contribution to journal
›
Article
›
peer-review
61
Scopus citations
Overview
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Keyphrases
Corona
100%
Particle Acceleration
75%
Coronal Mass Ejections
75%
Solar Energetic Particle Events
50%
Solar Energetic Particles
50%
Power-law Distribution
50%
Analytic Solution
50%
Power Law
25%
Natural Order
25%
Spatial Regions
25%
Compression Ratio
25%
Energetic Particle Acceleration
25%
Parker Transport Equation
25%
Scattering Characteristics
25%
Shock Compression
25%
Competing Mechanisms
25%
Earth and Planetary Sciences
Energetic Particle
100%
Particle Acceleration
100%
Coronal Mass Ejection
75%
Power Law Distribution
50%
Compression Ratio
25%
Power Law
25%
Physics
Solar Energetic Particles
100%
Particle Acceleration
100%
Transport Theory
25%
Material Science
Rigidity
100%
Engineering
Initial Analysis
25%