2008 Supplement: Frascati Workshop 2007 / Wu

General Relativistic Radiative Transfer: Applications to Black-Hole Systems

K. Wu, S. V. Fuerst, Y. Mizuno, K.-I. Nishikawa, G. Branduardi-Raymont, K.-G. Lee


We present general relativistic radiation transfer formulations which
include opacity effects due to absorption, emission and scattering
explicitly. We consider a moment expansion for the transfer formulation
in the presence of scattering. The formulation is applied to
calculations of emissions from accretion and outflows in black-hole
systems. Cases with thin accretion disks and accretion tori are
considered. Effects, such as emission anisotropy, non-stationary flows
and geometrical self-occultation are investigated. Polarisation transfer
in curved space-time is discussed qualitatively.


accretion accretion disks black hole physics galaxies: active radiative transfer relativity

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