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Equation of state and electrical conductivity of stainless steel.
Author(s) -
M. P. Desjarlais,
Thomas R. Mattsson
Publication year - 2004
Publication title -
osti oai (u.s. department of energy office of scientific and technical information)
Language(s) - English
Resource type - Reports
DOI - 10.2172/920130
Subject(s) - coulomb , fermi gamma ray space telescope , fidelity , electrical resistivity and conductivity , high fidelity , equation of state , phase transition , materials science , scale (ratio) , warm dense matter , phase space , condensed matter physics , physics , statistical physics , thermodynamics , engineering , nuclear physics , electrical engineering , quantum mechanics , plasma , acoustics , electron
Warm dense matter is the region in phase space of density and temperature where the thermal, Fermi, and Coulomb energies are approximately equal. The lack of a dominating scale and physical behavior makes it challenging to model the physics to high fidelity. For Sandia, a fundamental understanding of the region is of importance because of the needs of our experimental HEDP programs for high fidelity descriptive and predictive modeling. We show that multi-scale simulations of macroscopic physical phenomena now have predictive capability also for difficult but ubiquitous materials such as stainless steel, a transition metal alloy

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