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Table 1.

Summary of the main properties of the five regimes sketched in Fig. 1 and described in Sects. 2.22.6.

range Accretion/ejection flow Feedback Examples
(1) (2) (3) (4)
Very low ≈ 10−8 Non-radiative hot accretion flow Lkin Quiescent/inactive,
(≪10−6) relativistic polar jet Sgr A*
Low ≈ 10−4 Outer cold disk at ∼1000 s Rg, inner hot flow Lkin ≫ Lrad LLAGN
(10−6 ≲ 10−3) relativistic polar jet M 81*, M 87
Moderate ≈ 10−2 Outer cold disk at ∼10 s Rg, extended hot corona Lkin ≪ Lrad Seyfert/mini-BAL QSO
(10−3 ≲ 10−1) weak/moderate LD wind depending on small/large MBH NGC 5548/PG 1126−041
High ≳ 0.25 Cold accretion disk down to ISCO, compact hot corona Lkin <  Lrad NLS1/BAL QSO
(0.1 ≲ ≲ 1) moderate/strong LD wind depending on small/large MBH I Zw 1/PDS 456
Very high ≫ 1 Outer thin disk, inner slim disk, very compact hot corona Lkin ≲ Lrad Super-Eddington
(1 ≲ ≲ 100) strong outflows, both polar and equatorial RX J0439.6−531

Notes. (1) Nomenclature for the Eddington ratio ranges used in this work, with an indicative order of magnitude, and an indicative range of values in parentheses. (2) Accretion and ejection flow main physical characteristics. (3) Type of energy feedback between the AGN and the environment: kin = kinetic, rad = radiative. (4) Classes of objects or individual examples of well-studied local AGN.

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