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Radio signature of fragmented electron injection into a coronal loop
G. D. Fleishman
, A. V. Stepanov
, Yu F. Yurovsky
Research output
:
Contribution to journal
›
Article
›
peer-review
29
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Scopus citations
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Dive into the research topics of 'Radio signature of fragmented electron injection into a coronal loop'. Together they form a unique fingerprint.
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Keyphrases
Radio
100%
Pulsation
100%
Coronal Loops
100%
Electron Injection
100%
Steady State
66%
Loss Cone
66%
Short Time Scale
33%
Physical Parameters
33%
Radio Sources
33%
Wave-particle Interaction
33%
Energy Levels
33%
Electron Beam
33%
Time Structure
33%
Wave-particle
33%
Wave Energy
33%
Number Density
33%
Cm(III)
33%
Langmuir Waves
33%
High Time Resolution
33%
Quasi-periodic Oscillations
33%
Quasi-continuous
33%
Continuous Injection
33%
Plasma Layer
33%
Theoretical Mechanism
33%
Unusual Events
33%
Nonlinear Oscillations
33%
Dense Plasma
33%
Tine
33%
100 keV
33%
Wave-wave Interaction
33%
Zero Level
33%
Nonlinear Pulsation
33%
Earth and Planetary Sciences
Wave Energy
100%
Coronal Loops
100%
Electron Beam
100%
Wave-Wave Interaction
100%
Dense Plasmas
100%
Timescale
100%
Wave Power
100%
Engineering
Physical Parameter
100%
Electronic Counter Countermeasures
100%
Number Density
100%
Electron Injection
100%
Source Radio
100%
Wave Energy
100%
Wave Power
100%
Physics
Steady State
100%
Coronal Loops
100%
Radio Sources
50%
Wave Interaction
50%
Plasma Layer
50%
Dense Plasmas
50%
Electron Beam
50%
Physical Parameter
50%