Synchrotron Constraints on a Hybrid Cosmic-Ray and Thermally-Driven Galactic Wind (2009)
Everett, John E., Schiller, Quintin G., Zweibel, Ellen G.
Cosmic rays and magnetic fields can substantially impact the launching of large-scale galactic winds. Many researchers have investigated the role of cosmic rays; our group previously showed that a...
The Milky Way's Kiloparsec Scale Wind: A Hybrid Cosmic-Ray and Thermally Driven Outflow (2007)
Everett, John E., Zweibel, Ellen G., Benjamin, Robert A., McCammon, Dan, Rocks, Lindsay, Gallagher, John S., ...
We apply a wind model, driven by combined cosmic-ray and thermal-gas pressure, to the Milky Way, and show that the observed Galactic diffuse soft X-ray emission can be better explained by a wind than...
Acceleration and Substructure Constraints in a Quasar Outflow (2007)
Hall, Patrick B., Sadavoy, Sarah I., Hutsemekers, Damien, Everett, John E., Rafiee, Alireza
We present observations of probable line-of-sight acceleration of a broad absorption trough of C IV in the quasar SDSS J024221.87+004912.6. We also discuss how the velocity overlap of two other...
Large-Scale Parker Winds in Active Galactic Nuclei (2006)
Everett, John E., Murray, Norm
We build and test Parker-wind models to apply to observations of large-scale (of order 100 pc) outflows from Active Galactic Nuclei (AGNs). These models include detailed photoionization simulations,...
Radiative Transfer and Acceleration in Magnetocentrifugal Winds (2005)
Detailed photoionization and radiative acceleration of self-similar magnetocentrifugal accretion disk winds are explored. First, a general-purpose hybrid magnetocentrifugal and radiatively-driven...
(abridged) We present a semianalytic model of steady-state magnetically and radiatively driven disk outflows in Active Galactic Nuclei (AGNs) consisting of a continuous wind with embedded clouds. The...