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| Paper: |
Elementary Theory of Scattering Polarization in Complex Atoms |
| Volume: |
437, Solar Polarization Workshop 6 |
| Page: |
19 |
| Authors: |
Manso Sainz, R. |
| Abstract: |
Scattering polarization in complex atoms poses interesting theoretical problems
and is interesting for diagnostic plasma purposes.
Here, an elementary theory on the generation and transfer of scattering polarization
and Hanle effect in complex atoms (chiefly, transition metals and rare earths)
is introduced. It is based on the quantum mechanical formulation of polarization transfer.
The exposition is self-contained and can be (and has been) applied to
treat very general problems.
Numerical methods of solution are reviewed.
I discuss non-trivial problems arising not from the formalism itself,
but from its application to systems (complex atoms) with intrinsic spectroscopic
peculiarities. In particular, they have a large number of relevant atomic levels
massively interconnected between them by a huge amount of (resonant or quasi-resonant)
spectral lines. This gives rise to surprising effects such as depolarization
by interlocking, level over-polarization, and special Hanle effect regimes. |
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