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High-metallicity, photoionized gas in intergalactic large-scale filaments
Bastien Aracil
, Todd M. Tripp
, David V. Bowen
, Jason X. Prochaska
, Hsiao Wen Chen
, Brenda L. Frye
Astrophysical Sciences
Research output
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Contribution to journal
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Article
›
peer-review
40
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Scopus citations
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Keyphrases
Metallicity
100%
Gasses
100%
Galaxies
83%
Line-of-sight
83%
Stellar Objects
50%
Absorption Lines
33%
Absorber
33%
Nearby Galaxies
33%
Space Telescope
16%
Column Density
16%
Shock
16%
High-resolution
16%
Hubble Space Telescope
16%
Halo
16%
Absorption System
16%
Line Systems
16%
Large-scale Structure
16%
Gas Cloud
16%
Gas Temperature
16%
Spectroscopic-galaxies
16%
Intergalactic Medium
16%
Impact Parameter
16%
Ultraviolet Spectrum
16%
K-line
16%
Ground-based Imaging
16%
Galaxy Halos
16%
Metal Line
16%
Intergalactic Gas
16%
Medium Gas
16%
Cosmic Web
16%
Photoionisation Modelling
16%
Warm-hot Intergalactic Medium (1786)
16%
Velocity Spread
16%
Doppler Parameters
16%
Galaxy Clusters
16%
Imaging Spectrograph
16%
Polluting
16%
Intra-group Medium
16%
Physics
Metallicity
100%
Quasar
100%
Space Telescope
33%
High Resolution
33%
Hubble Space Telescope
33%
Redshift Surveys
33%
Galaxy Clusters
33%
Line of Sight
33%
Intergalactic Medium
33%
Photoionization
33%
Gas Temperature
33%
Galaxy Halos
33%
Abell Clusters
33%
Intergalactic Gas
33%
Cosmic Web
33%
Warm-Hot Intergalactic Medium
33%
Ultraviolet Spectrum
33%
Imaging Spectrograph
33%