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Disk wind

In astronomy, a disk wind is a particle outflow observed around accretion disks, mainly near protoplanetary disks and active galactic nuclei (AGN). The disk wind is made up of a gaseous and a dusty component. Especially in edge-on protoplanetary disks this disk wind can be directly imaged.

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Overview

Young stellar objects

Active galactic nuclei

Around other objects

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Disk wind

Nodes36
Edges35
Triples30
Avg. degree1.94
Density0.055556
Components1

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Disk wind

Top relations

related to Young stellar objects · 15
Disk wind → As, At, If, II, In, Material, MHD, Most, MRI, One, PE, Studies, The, These, This
related to Active galactic nuclei · 11
Disk wind → AGN, BALQSOs, In, Many, One, Outflows, Several, SMBH, These, This, UV
is a · 2
Disk wind → major contributor to accretion in young stellar objects, particle outflow observed around accretion disks
related to Around other objects · 2
Disk wind → Disk, GRO J1655-40

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Important terminology

disk wind winds accretion protoplanetary disks around mhd stellar objects lines star material jets photons also active galactic nuclei region

Entity relationships Subject–Predicate–Object triples

SubjectPredicateObjectConfidenceSrc
Disk windis aparticle outflow observed around accretion disks0.90text
Disk windis amajor contributor to accretion in young stellar objects0.90text
Disk windrelated to Active galactic nucleiOutflows0.60section
Disk windrelated to Active galactic nucleiSMBH0.60section
Disk windrelated to Active galactic nucleiThese0.60section
Disk windrelated to Active galactic nucleiAGN0.60section
Disk windrelated to Active galactic nucleiBALQSOs0.60section
Disk windrelated to Active galactic nucleiSeveral0.60section
Disk windrelated to Active galactic nucleiOne0.60section
Disk windrelated to Active galactic nucleiIn0.60section
Disk windrelated to Active galactic nucleiUV0.60section
Disk windrelated to Active galactic nucleiMany0.60section

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    Min side: 3
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