Author: "Cochrane, Kyle R." / Journal: physics of plasmas - Searchworks@Jio Institute Digital Library Search Results

Your search keyword '"Cochrane, Kyle R."' showing total 4 results

Start Over Author "Cochrane, Kyle R." Journal physics of plasmas

Author: Stanek, Lucas J., primary, Kononov, Alina, additional, Hansen, Stephanie B., additional, Haines, Brian M., additional, Hu, S. X., additional, Knapp, Patrick F., additional, Murillo, Michael S., additional, Stanton, Liam G., additional, Whitley, Heather D., additional, Baalrud, Scott D., additional, Babati, Lucas J., additional, Baczewski, Andrew D., additional, Bethkenhagen, Mandy, additional, Blanchet, Augustin, additional, Clay, Raymond C., additional, Cochrane, Kyle R., additional, Collins, Lee A., additional, Dumi, Amanda, additional, Faussurier, Gerald, additional, French, Martin, additional, Johnson, Zachary A., additional, Karasiev, Valentin V., additional, Kumar, Shashikant, additional, Lentz, Meghan K., additional, Melton, Cody A., additional, Nichols, Katarina A., additional, Petrov, George M., additional, Recoules, Vanina, additional, Redmer, Ronald, additional, Röpke, Gerd, additional, Schörner, Maximilian, additional, Shaffer, Nathaniel R., additional, Sharma, Vidushi, additional, Silvestri, Luciano G., additional, Soubiran, François, additional, Suryanarayana, Phanish, additional, Tacu, Mikael, additional, Townsend, Joshua P., additional, and White, Alexander J., additional
Published: 2024
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Author: Melton, Cody A., Clay III, Raymond C., Cochrane, Kyle R., Dumi, Amanda, Gardiner, Thomas A., Lentz, Meghan K., and Townsend, Joshua P.
Subjects: DENSITY functional theory, KRAMERS-Kronig relations, MOLECULAR dynamics, THERMAL conductivity, OPTICAL properties, ELECTRIC stimulation
Abstract: We present a comprehensive study of transport coefficients including DC electrical conductivity and related optical properties, electrical contribution to the thermal conductivity, and the shear viscosity via ab initio molecular dynamics and density functional theory calculations on the "priority 1" cases from the "Second Charged-Particle Transport Coefficient Workshop" [Stanek et al., Phys. Plasmas (to be published 2024)]. The purpose of this work is to carefully document the entire workflow used to generate our reported transport coefficients, up to and including our definitions of finite size and statistical convergence, extrapolation techniques, and choice of thermodynamic ensembles. In pursuit of accurate optical properties, we also present a novel, simple, and highly accurate algorithm for evaluating the Kramers–Kronig relations. These heuristics are often not discussed in the literature, and it is hoped that this work will facilitate the reproducibility of our data. [ABSTRACT FROM AUTHOR]
Published: 2024
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Author: Steiner, Adam M., primary, Campbell, Paul C., additional, Yager-Elorriaga, David A., additional, Cochrane, Kyle R., additional, Mattsson, Thomas R., additional, Jordan, Nicholas M., additional, McBride, Ryan D., additional, Lau, Y. Y., additional, and Gilgenbach, Ronald M., additional
Published: 2018
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Author: Jones, Brent, primary, Coverdale, Christine A., additional, Deeney, Christopher, additional, Sinars, Daniel B., additional, Waisman, Eduardo M., additional, Cuneo, Michael E., additional, Ampleford, David J., additional, LePell, P. David, additional, Cochrane, Kyle R., additional, Thornhill, J. Ward, additional, Apruzese, J. P., additional, Dasgupta, Arati, additional, Whitney, Kenneth G., additional, Clark, Robert W., additional, and Chittenden, Jeremy P., additional
Published: 2008
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