14:00-14:15 | H.E. Froehlich G. Ruediger |
The eddy-heat flux as a stabilizer of cold accretion disks |
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14:15-14:30 | H. Klahr | On the azimuthal structure of thermal convection in circumstellar disks |
14:30-14:45 | T. Beckert | Thermal states of advection dominated accretion flows |
14:45-15:00 | M.v. Rekowski G. Ruediger |
2D Accretion Disk Models with Dynamo-Generated Magnetic Fields |
15:00-15:15 | A. Steinacker Th. Henning |
Global 3D MHD simulations of accretion disks |
15:15-15:30 | A. Hujeirat | On the MHD evolution of self-gravitating protoplanetary accretion disks |
15:30-15:45 | M. Kueker G. Ruediger |
Structure of magnetized protoplanetary disks |
15:45-16:00 | S. Kunze R. Speith H. Riffert |
Simulations of the stream disk impact in CVs |
16:00-16:15 | M.R. Schreiber | The interaction between jet, disk and irradiation: a simple model |
16:15-16:30 | J. Steinacker | 3D-Radiative transfer in accretion disks |
16:30-16:45 | A. Nelson W. Benz T. Ruzmaikina |
Heating and cooling in circumstellar disks |
16:45-17:00 | M. Ilgner Th. Henning |
Vertically stratified chemistry in protoplanetary disks |
J. Steinacker, | AIU Jena |
stein@astro.uni-jena.de |
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W. Kley, | TPI Jena |
wak@tpi.uni-jena.de |
W. Duschl, | ITA Heidelberg |
wjd@ita.uni-heidelberg.de |