activity
20142023
most citedAtmospheric Mass Loss During Planet Formation: The Importance of Planetesimal Impacts

210 citations · 277 across the 6 of their papers we have counts for

collaborators

6 papers

astro-ph.HE20234 cited

Observability of flashes from ejecta crashes in aspherical supernovae, with application to SN 2008D

Benjamin Scully, Christopher D. Matzner, Almog Yalinewich

A new class of transient, which has been hypothesized to accompany the explosion of an aspherical compact supernova, would arise when streams of ejecta collide outside the star. Ho…

astro-ph.HE201612 cited

Evolution of Supernova Remnants near the Galactic Center

Almog Yalinewich, Tsvi Piran, Re'em Sari

Supernovae near the galactic center evolve differently from regular galactic supernovae. This is mainly due to the environment into which the supernova remnants propagate. Instead…

astro-ph.HE20168 cited

Analytic Asymptotic Solution to Spherical Relativistic Shock Breakout

Almog Yalinewich, Re'em Sari

We investigate the relativistic breakout of a shock wave from the surface of a star. In this process, each fluid shell is endowed with some kinetic and thermal energy by the shock,…

astro-ph.IM201443 cited

Rich: Open Source Hydrodynamic Simulation on a Moving Voronoi Mesh

Almog Yalinewich, Elad Steinberg, Re'em Sari

We present here RICH, a state of the art 2D hydrodynamic code based on Godunov's method, on an unstructured moving mesh (the acronym stands for Racah Institute Computational Hydrod…

astro-ph.HE2014

Angular Density Perturbations to Filled Type I Strong Explosions

Almog Yalinewich, Re'em Sari

In this paper we extend the Sedov - Taylor - Von Neumann model for a strong explosion to account for small angular and radial variations in the density. We assume that the density…

astro-ph.EP2014210 cited

Atmospheric Mass Loss During Planet Formation: The Importance of Planetesimal Impacts

Hilke Schlichting, Re'em Sari, Almog Yalinewich

We quantify the atmospheric mass loss during planet formation by examining the contributions to atmospheric loss from both giant impacts and planetesimal accretion. Giant impacts c…