Masuda-Jindo K. – TechConnect Briefs

Mechanical and Electronic Properties of Nanoscale Semiconductors Studied by Density Functional TB and Path Probability Methods

Masuda-Jindo K., Hung V-V, Kikuchi R., Tokyo Institute of Technology, JP

The atomic and electronic structures of semiconductor heterostructures including steps, misfit dislocations and interface disorder are studied by using the density-functional tight-binding (TB) method. Atomic structures of misfit dislocations both edge type 1/2 (001) and [...]

Mechanical and Electronic Properties of Strained Layer Superlattices Studied by Density Functional TB and Path Probability Methods

Masuda-Jindo K., Kikuchi R., Tokyo Institute of Technology, JP

The atomic and electronic structures of semiconductor heterostructures including steps, misfit dislocations and interface disorder are studied by using the density-functional tight-binding (TB) method. Atomic structures of misfit dislocations both edge type 1/2 (001) and [...]

Computer Simulation Study of Mechanical Properties of Nanoscale Materials by Molecular Dynamics and Lattice Green’s Function Methods

Masuda-Jindo K., Menon M., Hung V-V, Tokyo Institute of Technology, JP

The mechanical properties of nanoscale materials are studied using the molecular dynamics and lattice Green’s function methods. The initial atomic structures of the dislocations and cracks are determined both from the elastic solutions as well [...]