Cambridge University Press / C. N. Luse D. D. / J. Comp / T. Suzuki D. D. / /
Country
United States / United Kingdom / /
Facility
Duke University / University of Maryland / /
IndustryTerm
dilute systems / velocity law / linear kinetic law / optoelectronic devices / appropriate solution / adjacent site / mean step velocity law / step-edge energy barrier / energy barriers / stochastic noise underlying mean step velocity law / lattice site / gas dynamics / energy estimate / edgeatom bond energy barrier / step velocity law / energy / /
Organization
Cambridge University / Institute for Physical Science and Technology / National Science Foundation / University of Maryland / Department of Mathematics / Department of Physics / U.S. Securities and Exchange Commission / Center for Scientific Computation and Mathematical Modeling / Duke University / Durham / Department of Chemistry / /
Person
B. G. Orr / T. L. Einstein / J. Tersoff / DIONISIOS MARGETIS / R. V. Kohn / R. E. Caflisch / JIANFENG LU / T. Zhao / A. Pimpinelli / D. Margetis / P. N. Patrone / John Wiley / JIAN-GUO LIU / M. D. Johnson / /
PHYSICAL REVIEW E 91, Emergence of step flow from an atomistic scheme of epitaxial growth in 1 + 1 dimensions Jianfeng Lu,1,2 Jian-Guo Liu,1 and Dionisios Margetis3 1