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most citedResistive jet simulations extending radially self-similar magnetohydrodynamic models

12 citations · 20 across the 3 of their papers we have counts for

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astro-ph20086 cited

The effect of a stellar magnetic variation on the jet velocity

Fabio De Colle, Jose Gracia, Gareth Murphy

Stellar jets are normally constituted by chains of knots with some periodicity in their spatial distribution, corresponding to a variability of order of several years in the ejecti…

astro-ph200812 cited

Resistive jet simulations extending radially self-similar magnetohydrodynamic models

Miljenko Cemeljic, Jose Gracia, Nektarios Vlahakis +1

Numerical simulations with self-similar initial and boundary conditions provide a link between theoretical and numerical investigations of jet dynamics. We perform axisymmetric res…

astro-ph20072 cited

MHD models and synthetic synchrotron maps for the jet of M87

J. Gracia, S. Bogovalov, K. Tsinganos

We present a self-consistent MHD model for the jet of M87. The model consist of two distinct zones: an inner relativistic outflow, which we identify with the observed jet, and an o…

astro-ph2005

Magnetic collimation of the relativistic jet in M87

J. Gracia, K. Tsinganos, S. V. Bogovalov

We apply a two-zone MHD model to the jet of M87. The model consists of an inner relativistic outflow, which is surrounded by a non-relativistic outer disk-wind. The outer disk-wind…

astro-ph2005

Jet simulations extending radially self-similar MHD models

J. Gracia, N. Vlahakis, K. Tsinganos

We perform a numerical simulation of magnetohydrodynamic radially self-similar jets, whose prototype is the Blandford & Payne analytical example. The reached final steady state is…

astro-ph2005

Effects of a solid surface on jet formation around neutron stars

Matthias Stute, Jose Gracia, Max Camenzind

We present two numerical simulations of an accretion flow from a rotating torus onto a compact object with and without a solid surface -- representing a neutron star and a black ho…