Matches in SemOpenAlex for { <https://semopenalex.org/work/W3124194601> ?p ?o ?g. }
- W3124194601 endingPage "2772" @default.
- W3124194601 startingPage "2756" @default.
- W3124194601 abstract "We investigate the emission of active galactic nuclei (AGN) dusty tori in the infrared domain. Following theoretical predictions coming from hydrodynamical simulations, we model the dusty torus as a 3D two-phase medium with high-density clumps and low-density medium filling the space between the clumps. Spectral energy distributions (SED) and images of the torus at different wavelengths are obtained using 3D Monte Carlo radiative transfer code SKIRT. Our approach of generating clumpy structure allows us to model tori with single clumps, complex structures of merged clumps or interconnected sponge-like structure. A corresponding set of clumps-only models and models with smooth dust distribution is calculated for comparison. We found that dust distribution, optical depth, clump size and their actual arrangement in the innermost region, all have an impact on the shape of near- and mid-infrared SED. The 10 micron silicate feature can be suppressed for some parameters, but models with smooth dust distribution are also able to produce a wide range of the silicate feature strength. Finally, we find that having the dust distributed in a two-phase medium, might offer a natural solution to the lack of emission in the near-infrared, compared to observed data, which affects clumpy models currently available in the literature." @default.
- W3124194601 created "2021-02-01" @default.
- W3124194601 creator A5009513108 @default.
- W3124194601 creator A5032719578 @default.
- W3124194601 creator A5066576750 @default.
- W3124194601 creator A5076261650 @default.
- W3124194601 creator A5081001890 @default.
- W3124194601 date "2012-02-06" @default.
- W3124194601 modified "2023-09-29" @default.
- W3124194601 title "3D radiative transfer modelling of the dusty tori around active galactic nuclei as a clumpy two-phase medium" @default.
- W3124194601 cites W1492972489 @default.
- W3124194601 cites W1498336205 @default.
- W3124194601 cites W1611483743 @default.
- W3124194601 cites W1782044501 @default.
- W3124194601 cites W1941977595 @default.
- W3124194601 cites W1965372241 @default.
- W3124194601 cites W1967597613 @default.
- W3124194601 cites W1979115990 @default.
- W3124194601 cites W1980842862 @default.
- W3124194601 cites W1985369666 @default.
- W3124194601 cites W1991678606 @default.
- W3124194601 cites W1994174531 @default.
- W3124194601 cites W1995204235 @default.
- W3124194601 cites W1997106536 @default.
- W3124194601 cites W2007442140 @default.
- W3124194601 cites W2007993160 @default.
- W3124194601 cites W2013985911 @default.
- W3124194601 cites W2016811697 @default.
- W3124194601 cites W2024235708 @default.
- W3124194601 cites W2024687558 @default.
- W3124194601 cites W2025741371 @default.
- W3124194601 cites W2027950939 @default.
- W3124194601 cites W2029547539 @default.
- W3124194601 cites W2034608771 @default.
- W3124194601 cites W2036544669 @default.
- W3124194601 cites W2044001169 @default.
- W3124194601 cites W2047170877 @default.
- W3124194601 cites W2048316219 @default.
- W3124194601 cites W2058544849 @default.
- W3124194601 cites W2058865883 @default.
- W3124194601 cites W2066985297 @default.
- W3124194601 cites W2076814231 @default.
- W3124194601 cites W2077017611 @default.
- W3124194601 cites W2086105458 @default.
- W3124194601 cites W2088258556 @default.
- W3124194601 cites W2092750450 @default.
- W3124194601 cites W2115932981 @default.
- W3124194601 cites W2121569158 @default.
- W3124194601 cites W2122903002 @default.
- W3124194601 cites W2123724105 @default.
- W3124194601 cites W2124219338 @default.
- W3124194601 cites W2136576103 @default.
- W3124194601 cites W2136749628 @default.
- W3124194601 cites W2146830523 @default.
- W3124194601 cites W2153714254 @default.
- W3124194601 cites W2153931839 @default.
- W3124194601 cites W2949421035 @default.
- W3124194601 cites W3098198236 @default.
- W3124194601 cites W3100144206 @default.
- W3124194601 cites W3100337347 @default.
- W3124194601 cites W3100376715 @default.
- W3124194601 cites W3100972734 @default.
- W3124194601 cites W3103239994 @default.
- W3124194601 cites W3103317920 @default.
- W3124194601 cites W3103830973 @default.
- W3124194601 cites W3104447695 @default.
- W3124194601 cites W3104573361 @default.
- W3124194601 cites W3104727158 @default.
- W3124194601 cites W3104964765 @default.
- W3124194601 cites W3105466767 @default.
- W3124194601 cites W3105530699 @default.
- W3124194601 cites W3106525508 @default.
- W3124194601 cites W3112300945 @default.
- W3124194601 cites W3121595855 @default.
- W3124194601 cites W4247735440 @default.
- W3124194601 cites W4292691071 @default.
- W3124194601 cites W4294950512 @default.
- W3124194601 cites W4301311179 @default.
- W3124194601 cites W4301630105 @default.
- W3124194601 doi "https://doi.org/10.1111/j.1365-2966.2011.19775.x" @default.
- W3124194601 hasPublicationYear "2012" @default.
- W3124194601 type Work @default.
- W3124194601 sameAs 3124194601 @default.
- W3124194601 citedByCount "256" @default.
- W3124194601 countsByYear W31241946012012 @default.
- W3124194601 countsByYear W31241946012013 @default.
- W3124194601 countsByYear W31241946012014 @default.
- W3124194601 countsByYear W31241946012015 @default.
- W3124194601 countsByYear W31241946012016 @default.
- W3124194601 countsByYear W31241946012017 @default.
- W3124194601 countsByYear W31241946012018 @default.
- W3124194601 countsByYear W31241946012019 @default.
- W3124194601 countsByYear W31241946012020 @default.
- W3124194601 countsByYear W31241946012021 @default.
- W3124194601 countsByYear W31241946012022 @default.
- W3124194601 countsByYear W31241946012023 @default.
- W3124194601 crossrefType "journal-article" @default.
- W3124194601 hasAuthorship W3124194601A5009513108 @default.