activity
19982009
most citedA Magnetohydrodynamic Model for the Formation of Episodic Jets

142 citations · 313 across the 14 of their papers we have counts for

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astro-ph20081 cited

Radiative transfer in black hole systems

Kinwah Wu, Warrick Ball, Steven V. Fuerst

We present a convariant formulation for radiative transfer in curved space time and demonstrate some applications in the black-hole systems. We calculate the emission from semi-tra…

astro-ph2008

Structures, oscillations and solitons in large-scale multi-component self-gravitating systems

Kinwah Wu, Ziri Younsi, Curtis J. Saxton

We investigate the structure of dynamics of large self-gravitating astrophysical systems using a self-interacting two-component model. We consider two cases, galaxy clusters and co…

astro-ph2008142 cited

A Magnetohydrodynamic Model for the Formation of Episodic Jets

Feng Yuan, Jun Lin, Kinwah Wu +1

Episodic ejection of plasma blobs have been observed in many black hole systems. While steady, continuous jets are believed to be associated with large-scale open magnetic fields,…

astro-ph200816 cited

Periodicities in the high-mass X-ray binary system RX J0146.9+6121/LS I+61 235

Gordon E. Sarty, Laszlo L. Kiss, Richard Huziak +10

The high-mass X-ray binary RX J0146.9+6121, with optical counterpart LS I+61 235 (V831 Cas), is an intriguing system on the outskirts of the open cluster NGC 663. It contains the s…

astro-ph20082 cited

The effect of two-temperature post-shock accretion flow on the linear polarization pulse in magnetic cataclysmic variables

Gordon E. Sarty, Curtis J. Saxton, Kinwah Wu

The temperatures of electrons and ions in the post-shock accretion region of a magnetic cataclysmic variable (mCV) will be equal at sufficiently high mass flow rates or for suffici…

astro-ph2007

Characteristic temperatures and spectral appearance of ULX disks

Roberto Soria, Kinwah Wu, Zdenka Kuncic

A standard disk around an accreting black hole may become effectively optically-thin and scattering dominated in the inner region, for high accretion rates (as already predicted by…