A density functional method is employed to study reconstructions of wurtzite CdSe(10 (1) over bar0) and (11 (2) over bar0)non-polar surfaces. The reconstruction parameters were found to be in good agreement with experiment. The work function and surface energies of the two surfaces was also calculated. The (10 (1) over bar0) surface was found to have a considerably larger reconstruction energy
We present a determination of the complex surface dielectric function (SDF) of CdTe(110) obtained by...
We have studied the reconstruction of the (110) surface of various III–V semiconductor compounds (Ga...
Complex surface reconstructions and surface oxides, in particular, often exhibit complicated atomic ...
The reconstructed geometries, surface energies, surfactant adsorption energies, and work function ha...
Equilibrium geometries, surface energies, and surfactant binding energies are calculated for selecte...
Using a reparameterized tight binding model the symmetry resolved charge densities of electronic sur...
Atomistic simulations based on the static lattice model are performed to calculate the equilibrium a...
Due to the formation of surface dipoles the truncated bulk like 0001 surfaces of zinc oxide ZnO ...
We present calculated, electronic and related properties of wurtzite cadmium sulfide (w-CdS). Our ab...
Using the first-principles methods we compute the electronic structure and the absorption spectra fo...
First principle calculations on the (112) surface of the group-IV elements diamond, silicon, germani...
The band offset at CdS zinc-blende (ZB)/wurtzite (WZ) heterocrystalline interface was revisited usin...
One of the ways to address the increasing energy challenges of the world is through innovation at th...
We investigate the feasibility of forming a surface alloy between Ag and Cd on Ag surfaces, employin...
The band structure of surface electronic states on the (10$\bar 1$0) cleavage surfaces of the wurtzi...
We present a determination of the complex surface dielectric function (SDF) of CdTe(110) obtained by...
We have studied the reconstruction of the (110) surface of various III–V semiconductor compounds (Ga...
Complex surface reconstructions and surface oxides, in particular, often exhibit complicated atomic ...
The reconstructed geometries, surface energies, surfactant adsorption energies, and work function ha...
Equilibrium geometries, surface energies, and surfactant binding energies are calculated for selecte...
Using a reparameterized tight binding model the symmetry resolved charge densities of electronic sur...
Atomistic simulations based on the static lattice model are performed to calculate the equilibrium a...
Due to the formation of surface dipoles the truncated bulk like 0001 surfaces of zinc oxide ZnO ...
We present calculated, electronic and related properties of wurtzite cadmium sulfide (w-CdS). Our ab...
Using the first-principles methods we compute the electronic structure and the absorption spectra fo...
First principle calculations on the (112) surface of the group-IV elements diamond, silicon, germani...
The band offset at CdS zinc-blende (ZB)/wurtzite (WZ) heterocrystalline interface was revisited usin...
One of the ways to address the increasing energy challenges of the world is through innovation at th...
We investigate the feasibility of forming a surface alloy between Ag and Cd on Ag surfaces, employin...
The band structure of surface electronic states on the (10$\bar 1$0) cleavage surfaces of the wurtzi...
We present a determination of the complex surface dielectric function (SDF) of CdTe(110) obtained by...
We have studied the reconstruction of the (110) surface of various III–V semiconductor compounds (Ga...
Complex surface reconstructions and surface oxides, in particular, often exhibit complicated atomic ...