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Spectroscopic characterization of LOFAR radio-emitting M dwarfs
E. Koo
, G. Stefansson
, R. D. Kavanagh
, M. Delamer
,
S. Mahadevan
, J. R. Callingham
, H. Vedantham
, P. Robertson
, D. Bruijne
, C. F. Bender
, C. I. Cañas
, S. Diddams
, J. I. Espinoza-Retamal
, R. B. Fernandes
, S. Halverson
, S. Kanodia
, D. Krolikowski
, A. S.J. Lin
, B. J.S. Pope
, A. Roy
C. Schwab, R. Terrien,
J. T. Wright
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Astronomy & Astrophysics
Center for Exoplanets & Habitable Worlds
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Keyphrases
Radio
100%
M Dwarfs
100%
Radio Emission
100%
Magnetic Stars
100%
Spectroscopic Characterization
100%
Planet-star Interactions
100%
Close-in
66%
Orbital Period
66%
Radial Velocity
66%
Habitable Zone
66%
Finder
66%
Mass Ratio
33%
Phase Behavior
33%
Stellar Radii
33%
Spectroscopic Binaries
33%
Metallicity
33%
Spectroscopic Surveys
33%
Spectrograph
33%
Effective Temperature
33%
Unseen
33%
Possible Sources
33%
Rotation Period
33%
Circular Polarization
33%
Two-stars
33%
Stellar Properties
33%
Rotational Velocity
33%
Chromospheric Activity
33%
Isotropic Distribution
33%
Surface Gravity
33%
Homogeneous Analysis
33%
Magnetospheric Interaction
33%
Physics
M Dwarf Stars
100%
Radio Emission
100%
Magnetic Star
100%
Planet Star Interaction
100%
Radial-Velocity Method
66%
Habitable Zone
66%
Mass Ratio
33%
Stellar Radii
33%
Two-Spectrum Binary Stars
33%
Metallicity
33%
Spectrographs
33%
Surface Gravity
33%