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Oak Ridge National Laboratory / B. Johansson A. S. / Cambridge University Press / L. Burakovsky S. P. / A. B. Belonoshko N. V. / /
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United States / United Kingdom / Spain / /
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American Institute of Physics Downloaded / National Center / Campus UAB / American Institute of Physics / Oak Ridge Leadership Computing Facility / /
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large systems / free-energy barrier results / chosen total energy / free-energy route / repeated systems / free energy / kinetic energy / free-energy / particular transition metal / enough systems / kinetic energy corresponding / condensed-matter systems / bulk free energy resulting / potential energy / internal energy / maximum energy / free energy technique / transition metal / nearby energy / constant internal energy / constant energy / chemical potentials / lowest energy / constant-energy / free energy increase / larger systems / energy / /
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Thomas Young Centre / Cambridge University / American Institute of Physics Downloaded / London Centre for Nanotechnology / American Institute of Physics / Department of Physics and Astronomy / HECToR national service / Department of Downloaded / U.S. Securities and Exchange Commission / United Kingdom Department of Earth Sciences / office of Science / /
THE JOURNAL OF CHEMICAL PHYSICS 135, The kinetics of homogeneous melting beyond the limit of superheating D. Alfè,1,2,3,4,a) C. Cazorla,5 and M. J. Gillan1,3,4 1