Name

Presentation title

Pederson resistivity in the chromosphere

Thermal instability in fully and partially ionized prominence plasma / Cut-off wavenumber in single-fluid MHD

Ambipolar diffusion and Hall Current effects near the solar surface

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Behaviour of neutral and ionized iron in sunspots

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Collisional frequencies, pressure tensor and plasma drifts / Rayleigh-Taylor instability in prominences

The Kelvin-Helmholtz instability in weakly ionized flows / Multifluid MHD turbulence in molecular clouds

What prevents us to solve one of the great problems of modern astrophysics?

Numerical schemes for multifluid magnetohydrodynamics / Numerical simulations of the Wardle instability

KAWs in two-fluid MHD: application to solar atmosphere

Ion-neutral Coupling in Solar Prominences

Modeling the solar chromosphere

Damping of MHD waves in the solar partially ionized plasmas / Magnetospheres of "hot Jupiters"

Overview of equations and assumptions/ Chromospheric heating by ambipolar diffusion

Hydrogen ionization in the solar atmosphere

Simulations of the Impact of Partial Ionization on the Chromosphere

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Downflowing dynamics of vertical prominence threads

Coupling solar simulations with space weather: code comparison within SWIFF consortium

de Pontieu, Bart

Particle acceleration in the ionospheres of Io and Titan by the ambipolar dynamo field

Resonant damping of prominence thread oscillations: effect of partial ionization

Can observed waves tell us anything at all about spicules?

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Radiative transfer in (solar) multi-fluid and MHD simulations

Stochastic heating in non-equilibrium plasmas

Non-equilibrium calcium ionisation in the solar atmosphere

Two-fluid MHD approach for partially ionized solar plasmas / Damping of Alfven waves in solar partially ionized plasmas: effect of neutral helium in a multi-fluid approach