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20032007
most citedTurbulent Torques on Protoplanets in a Dead Zone

94 citations · 144 across the 4 of their papers we have counts for

collaborators

6 papers

astro-ph200714 cited

A constrained-transport magnetohydrodynamics algorithm with near-spectral resolution

Jason Maron, Mordecai-Mark Mac Low, Jeffrey Oishi

Numerical simulations including magnetic fields have become important in many fields of astrophysics. Evolution of magnetic fields by the constrained transport algorithm preserves…

astro-ph20073 cited

Supplementary Information for ``Rapid planetesimal formation in turbulent circumstellar discs''

Anders Johansen, Jeffrey S. Oishi, Mordecai-Mark Mac Low +3

This document contains refereed supplementary information for the paper ``Rapid planetesimal formation in turbulent circumstellar discs''. It contains 15 sections (\S1.1 -- \S1.15)…

astro-ph200794 cited

Turbulent Torques on Protoplanets in a Dead Zone

Jeffrey S. Oishi, Mordecai-Mark Mac Low, Kristen Menou

Migration of protoplanets in their gaseous host disks may be largely responsible for the observed orbital distribution of extrasolar planets. Recent simulations have shown that the…

astro-ph200633 cited

Dynamical Expansion of H II Regions from Ultracompact to Compact Sizes in Turbulent, Self-Gravitating Molecular Clouds

Mordecai-Mark Mac Low, Jayashree Toraskar, Jeffrey S. Oishi +1

The nature of ultracompact H II regions (UCHRs) remains poorly determined. In particular, they are about an order of magnitude more common than would be expected if they formed aro…

astro-ph2005

The Inability of Ambipolar Diffusion to set a Characteristic Mass Scale in Molecular Clouds

Jeffrey S. Oishi, Mordecai-Mark Mac Low

We investigate the question of whether ambipolar diffusion (ion-neutral drift) determines the smallest length and mass scale on which structure forms in a turbulent molecular cloud…

astro-ph2003

Cassiopeia A and its Clumpy Presupernova Wind

Roger A. Chevalier, Jeffrey Oishi

The observed shock wave positions and expansion in Cas A can be interpreted in a model of supernova interaction with a freely expanding stellar wind with a mass loss rate of ~3e-5…