Collisions in the Solar System
Sarah's research focuses on the formation and evolution of planetary bodies. Her primary techniques are shock wave experiments and numerical simulations of planetary collisions. more
Z Experiments Sandia's Z Machine can launch flyer plates up to 40 km/s. Sarah's group is part of a Fundamental Science User Experiment on Z to study shock-induced vaporization of MgO and Fe.
Laser-driven shocks can reach higher pressure-temperature states than gas gun experiments. Using the Janus laser at the LLNL Jupiter Laser Facility, graduate student Rick Kraus and collaborators have studied shock-induced vaporization and the growth of Richtmyer-Meshkov instabilities.
Papers and Presentations
Articles sorted by date or by topic Slides from selected lectures
To Dr. Rick
Kraus for completing his Ph.D. and for the 2013
SCCM Student Award "for fundamental contributions to
understanding the thermodynamic properties of minerals and
shock processes in geologic materials".
To Matt Newmann for finishing his undergraduate thesis
on building a "Heating System for Emissivity Measurements"
and winning the best thesis presentation award in