Open Access

Table A.1.

Comparative between later theoretical studies of AGN in dwarf galaxies using hydrodynamic simulations and this work.

Reference Code Lbox M [M] Lowest MBH [M]† BH seeding Accretion Positioning
(Suite) redshift [M] Mode

Volume-limited simulations
I RAMSES 10 cMpc 106-1012 2 102-1010.5 0.24×M Bondi Dynamical
(SuperChunk) Friction
II GADGET-3 2 h−1cMpc 103-108 4 102-106.5 102-104 Bondi Re-positioned
III CHANGA 25 Mpc 108-1010 0.05 106-107.5 106 Bondi Dynamical
(ROMULUS25) Friction
IV AREPO 40 h−1cMpc 109-1010.5 0 105-108 105 Bondi Re-positioned
(FABLE)
V GIZMO ≥100 cMpc 109-1010.5 0 104-108 104-106 Bondi Re-positioned
(SIMBA)
RAMSES
(Horizon-AGN)
GADGET-3
(EAGLE)
AREPO
(Illustris)
TNG100,
TNG300

Non-cosmological ICs

VI AREPO 302 kpc 2.1×109 0 105.7 105 Bondi, Re-positioned
(FABLE) Supply

Zoom-in simulations

VII RAMSES 50 h−1Mpc 109.6-1010.8 2 105-107 103.6,105 Bondi Dynamical
(SETH) Friction
VIII RAMSES-RT 10 h−1cMpc 105.5-108.5 5.7 104-105.5 104 Bondi, Dynamical
Forced Friction
IX CHANGA 104.5-108.5 0 - 104-107 Bondi Dynamical
(MARVEL-ous Dwarfs, 25 Mpc Friction
DC Justice League) 50 Mpc
X AREPO 10 h−1cMpc 106-108 0 103-105 102-104 Bondi, Re-positioned
(FABLE) Supply
This work AREPO 67.77 h−1cMpc 108.4-109.8 0 105.5-107.1 105 Bondi Re-positioned
(AURIGA)

Notes. Each column represents (1) Work reference; (2) hydrodynamic code (& suite) used in the analysis; (3) box size of the suite; (4) stellar mass range at the lowest redshift; (5) the lowest redshift studied; (6) BH mass range covered at the lowest redshift; (7) BH mass seeding; (8) accretion mode used in the code; (9) method used for BH positioning. (I) Habouzit et al. (2017), (II) Barai & de Gouveia Dal Pino (2019), (III) Sharma et al. (2020), (IV) Koudmani et al. (2021), (V) Haidar et al. (2022), (VI) Koudmani et al. (2019), (VII) Dubois et al. (2015), (VIII) Trebitsch et al. (2018), (IX) Bellovary et al. (2019), (X) Koudmani et al. (2022)

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