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The evolution of L and T dwarfs in color-magnitude diagrams
D. Salmon,
Mark S. Marley
Research output
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Contribution to journal
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Article
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peer-review
506
Scopus citations
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Dive into the research topics of 'The evolution of L and T dwarfs in color-magnitude diagrams'. Together they form a unique fingerprint.
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Keyphrases
Brown Dwarfs
100%
Colour-magnitude Diagrams
100%
T Dwarfs
100%
L Dwarfs
100%
Atmosphere Model
40%
Pleiades
40%
Ultracool Dwarfs
40%
Galactic Clusters
40%
Distinctive Features
20%
Luminosity
20%
Planets and
20%
Deuterium
20%
Giant Planets
20%
Metallicity
20%
Teff
20%
Near-infrared
20%
Transition Region
20%
Evolution Theory
20%
Low-mass Stars
20%
Young Population
20%
Low Gravity
20%
Cloud Parameters
20%
T-type
20%
Simulated Population
20%
Adiabatic Evolution
20%
Dwarf Planets
20%
Sedimentation Parameter
20%
Cloud Model
20%
Surface Boundary Condition
20%
Synthetic Population
20%
Evolution Sequence
20%
Physics
Brown Dwarf
100%
Color-Magnitude Diagram
100%
T Dwarf Stars
100%
L Dwarf Stars
100%
Planetary Atmosphere
40%
Galactic Cluster
40%
Extrasolar Gas Giants
20%
Deuterium
20%
Boundary Condition
20%
Metallicity
20%
Near Infrared
20%
Low-Mass Star
20%
Microgravity
20%
Dwarf Planet
20%
Earth and Planetary Sciences
Brown Dwarf Stars
33%