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Modelling the radio pulses of an ultracool dwarf
S. Yu
, G. Hallinan
, J.G. Doyle
, A.L. MacKinnon
, A. Antonova
, A. Kuznetsov
, A. Golden
, Z. Zhang
Research output
:
Contribution to journal
›
Article
›
peer-review
27
Citations (Scopus)
29
Downloads (Pure)
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Keyphrases
Ultracool Dwarfs
100%
Radio Pulse
100%
Radio
80%
Electron Cyclotron Maser
80%
Instability Mechanism
60%
Magnetic Topology
40%
Active Regions
40%
Active Region Model
40%
Multi-wavelength Observations
20%
Substructure
20%
Magnetic Field Strength
20%
High Brightness
20%
X-ray Observations
20%
Loss Cone
20%
Magnetic Activity
20%
X-ray Flux
20%
Brightness Temperature
20%
Magnetic Field Structure
20%
Radio Bursts
20%
Radiation Mechanisms
20%
Light Curves
20%
Surface Magnetic Field
20%
Plasma Behavior
20%
Power Form
20%
X-ray Detection
20%
Magnetic Structure
20%
Time Profile
20%
Magnetic Tube
20%
Structure Behavior
20%
Radio Emission
20%
Spectral Classes
20%
Power Law
20%
Radio Observations
20%
Circular Polarization
20%
Amplification Mechanism
20%
Magnetosphere
20%
High-frequency Electromagnetic Wave
20%
Earth and Planetary Sciences
Electromagnetic Radiation
100%
Field Strength
100%
Radio Emission
100%
Radio Observation
100%
Power Law
100%
Magnetosphere
100%
Emissions
100%
Radio Burst
100%
Physics
Blood Plasma
100%
Magnetic Field
66%
Light Curve
33%
Magnetosphere
33%
Radio Burst
33%
Radio Emission
33%
Electromagnetic Radiation
33%
Brightness Temperature
33%
Field Strength
33%