Free Access

Table 5.

General properties of the radio structures.

Source Related to AGN? Nature of JGI? Ref.
[kpc] radio features
(1) (2) (3) (4) (5) (6)
J0802+25 < 2 Yes Unknown Yes V14
J0841+01 40 Yes Core, jet or lobe or hot spot Yes
J0853+38 472 Yes Core, inner collimated jets (∼4.5 and 9 kpc), large-scale jet (∼60 kpc) Yes
radio hot spot, large and distant radio lobes (∼472 kpc)
J0907+46 76 Yes Core, inner collimated jets Yes
large-scale bent jet (∼56 kpc)
J0945+17 11 Yes Small (∼2.3 kpc) jet, large-scale (∼11 kpc) jet or lobe Yes J19
J0948+25 ∼4 Unknown Unknown No
J1000+12 43 Yes Core, jet-like structure (∼2.6 kpc) Yes J19
hot spots, large-scale distorted lobes (43 kpc)
J1108+06 9 Yes (*) Multiple components No B16
AGN radio core, extended star formation
J1316+44 ≤2 Unknown Consistent with SF No
J1356+10 160 Yes Jet (∼5 kpc) Yes J19
large-scale (160 kpc) radio lobes
J1437+30 ∼2.5 Yes Unknown Yes?
J1517+33 9 Yes Core, bipolar bent jet (∼9 kpc) Yes R10
Teacup 19 Yes Small-scale (∼1 kpc) radio jet Yes H15,R17,J19
radio bubbles (∼12 kpc) (lobes/AGN wind?)

Notes. (2) : radio source size in kpc. Upper limits are provided for spatially unresolved or marginally resolved (J1316+44) sources; (3) consideration of whether there are radio structures related to the nuclear activity, at least partially; (4) morphological classification of prominent radio features; (5) considering whether there is evidence for jet-gas interactions; (6) The Teacup is shown separately because it was not part of our VLA sample. The radio information comes from H15 and J19. (*)According to Bondi et al. (2016) the extended radio emission in J1108+06 is due to star formation and the radio core is associated with one of the two AGN.

References. R10: Rosario et al. (2010); V14: Villar-Martín et al. (2014); H15: Harrison et al. (2015); B16: Bondi et al. (2016); R17: Ramos Almeida et al. (2017); J19: Jarvis et al. (2019).

Current usage metrics show cumulative count of Article Views (full-text article views including HTML views, PDF and ePub downloads, according to the available data) and Abstracts Views on Vision4Press platform.

Data correspond to usage on the plateform after 2015. The current usage metrics is available 48-96 hours after online publication and is updated daily on week days.

Initial download of the metrics may take a while.