Keyphrases
Radial Velocity
53%
Planetary Systems
51%
Hobby-Eberly Telescope
43%
Evolved Stars
40%
Red Giants
40%
Penn State
38%
HARPS-N
36%
Giant Stars
33%
Radial Velocity Estimation
29%
DECam
28%
Pennsylvania
27%
Volume Exploration
27%
Local Volume
27%
Astronomy
25%
Minimum Mass
21%
Low-mass
20%
Velocity Variation
20%
Metallicity
20%
Li-rich
18%
Fainting
18%
Luminosity
18%
Atmospheric Parameters
17%
High-resolution Spectrograph
17%
Stellar Masses
16%
Lithium Abundance
14%
Overabundant
14%
Jupiter
13%
Light Curves
13%
Milky Way
12%
Ultra Faint Dwarf Galaxies
12%
Proper Motions
12%
Intermediate Mass
10%
Quasars
10%
Survey Data
10%
Photometric Lights
10%
Optical Variability
10%
Stellar Systems
10%
Red Giant Branch
10%
Main Sequence
9%
Effective Temperature
8%
Dark Energy Survey
8%
Stellar Evolution
8%
Centaurus A
8%
Red Giant Clump
7%
Stellar Activity
7%
Brown Dwarfs
7%
Complete Sample
7%
Orbital Period
7%
Equivalent Length
7%
Telescopio Nazionale Galileo
7%
Physics
Radial-Velocity Method
100%
Planetary System
53%
Evolved Stars
44%
Giant Star
37%
Metallicity
31%
High Resolution
28%
Spectrographs
23%
Atmospherics
23%
Stellar Mass
23%
K Giant Stars
18%
Proper Motion
18%
Velocity Measurement
17%
Milky Way
17%
Red Giant Stars
16%
Lithium Abundance
15%
Dwarf Galaxy
13%
Red Giant Clump
13%
Light Curve
13%
Planetary Mass
12%
Solar Mass
12%
Brown Dwarf
11%
Red Giant Branch
10%
Point Source
10%
Near Infrared
10%
Stellar Evolution
10%
Stellar System
10%
Large Magellanic Cloud
10%
Photometry
9%
Spectrum Analysis
8%
Spectroscopic Analysis
8%
Magellanic Clouds
7%
Chemical Abundances
7%
Stellar Activity
7%
Signal-to-Noise Ratio
7%
Extrasolar Planet
6%
Substellar Companion Stars
6%
Stellar Luminosity
6%
RRc Stars
5%
Horizontal Branch Stars
5%
Planet Star Interaction
5%
Southern Sky
5%
K Dwarf Stars
5%
Chromosphere
5%
Galactic Latitude
5%
Data Product
5%
Retrograde Orbit
5%
Surface Gravity
5%
Image Visualization
5%
Quasar
5%
RR Lyrae Variable Stars
5%
