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Icosahedral ni nanowires formed from nanocontacts breaking: Identification and characterization by molecular dynamics
ArticleAbstract: We present and discuss an algorithm to identify and characterize the long icosahedral structures (stPalabras claves:Embedded atom method, Icosahedral nanowires, Metallic nanocontacts, molecular dynamicsAutores:García-Mochales P., Guerrero C., Peláez S., Ricardo Paredes, Serena P.A.Fuentes:scopusOn the optimal conditions for the formation and observation of long icosahedral nanowires of aluminium, nickel and copper
ArticleAbstract: This article presents a statistical study based on molecular dynamics simulations of the formation oPalabras claves:Autores:García-Mochales P., Guerrero C., Peláez S., Ricardo Paredes, Serena P.A.Fuentes:scopusIdentification and characterization of icosahedral metallic nanowires
Conference ObjectAbstract: We present and discuss an algorithm to identify ans characterize the long icosahedral structures (stPalabras claves:Autores:García-Mochales P., Guerrero C., Peláez S., Ricardo Paredes, Serena P.A.Fuentes:scopusMolecular dynamics simulations of breaking metallic nanowires
Conference ObjectAbstract: In the present work we have reviewed the importance of conductance histograms as an experimental tooPalabras claves:Conductance histograms, Embedded-atom-method (EAM), Metallic nanocontacts, Metallic nanowires, molecular dynamicsAutores:Ernesto Medina Dagger, Guerrero C., Hasmy A., Serena P.A., Villarroel J.R.Fuentes:googlescopusIonic Shell and Subshell Structures in Aluminum and Gold Nanocontacts
ArticleAbstract: Conductance histograms of aluminum and gold nanocontact rupture are studied experimentally and simulPalabras claves:Autores:Costa-Krmer J., Da-az M., Ernesto Medina Dagger, Guerrero C., Hasmy A., Lean N., Serena P.A.Fuentes:googlescopus