Luis A. Pérez
YOU?
Author Swipe
View article: Urea adsorption and detection using silicon nanowires doped with B, Al, C, Ge, N, and P: A DFT investigation
Urea adsorption and detection using silicon nanowires doped with B, Al, C, Ge, N, and P: A DFT investigation Open
View article: Doped Silicon Nanowires for the Adsorption and Detection of Urea: A Dft Investigation
Doped Silicon Nanowires for the Adsorption and Detection of Urea: A Dft Investigation Open
View article: Theoretical study of [111]-germanium nanowires as anode materials in rechargeable batteries: a density functional theory approach
Theoretical study of [111]-germanium nanowires as anode materials in rechargeable batteries: a density functional theory approach Open
In this work, we present a Density Functional Theory (DFT) study of hydrogen-passivated germanium nanowires grown along the [111] crystallographic direction. The study is performed within the local density approximation (LDA) and the super…
View article: Dft Investigation of Metal-Decorated Silicon Carbide Nanosheets for the Adsorption of Nh3
Dft Investigation of Metal-Decorated Silicon Carbide Nanosheets for the Adsorption of Nh3 Open
View article: Critical Current Density in d-Wave Hubbard Superconductors
Critical Current Density in d-Wave Hubbard Superconductors Open
In this work, the Generalized Hubbard Model on a square lattice is applied to evaluate the electrical current density of high critical temperature d-wave superconductors with a set of Hamiltonian parameters allowing them to reach critical …
View article: Transition metal-decorated germanene for NO, N2 and O2 sensing: A DFT study
Transition metal-decorated germanene for NO, N2 and O2 sensing: A DFT study Open
View article: Optimal electronic doping in p-wave superconductors
Optimal electronic doping in p-wave superconductors Open
Recently, within a generalized Hubbard model which includes correlated nearest (∆t) and next-nearest hopping interactions (∆t_3 ), a comparative study between d- and s*- wave superconducting ground states on a square lattice was performed.…
View article: A comparison of optimal doping behaviors between d- and s*-wave superconducting ground states
A comparison of optimal doping behaviors between d- and s*-wave superconducting ground states Open
In a previous work reported in this journal, the thermodynamical properties of d-wave superconducting ground states close to half fillingwere obtained by using a generalized Hubbard model.
View article: Silicon nanowires as acetone-adsorptive media for diabetes diagnosis
Silicon nanowires as acetone-adsorptive media for diabetes diagnosis Open
View article: Fluorinated porous silicon as sensor material for environmentally toxic gases: a first-principles study
Fluorinated porous silicon as sensor material for environmentally toxic gases: a first-principles study Open
Theoretical study of the adsorption of environmentally harmful molecules on fluorinated porous silicon.
View article: Electronic properties of [111] hydrogen passivated Ge nanowires with surface substitutional lithium
Electronic properties of [111] hydrogen passivated Ge nanowires with surface substitutional lithium Open
In this work, a density functional theory study of the lithium (Li) effects on the properties of hydrogenated germanium nanowires (H-GeNWs) is developed. In particular, the electronic band structures, densities of states, formation energie…
View article: Optimal doping for d-wave superconducting ground states within the generalized Hubbard model
Optimal doping for d-wave superconducting ground states within the generalized Hubbard model Open
A single-band generalized Hubbard model that describes two-dimensional superconductivity with d-wave symmetry on a square lattice within the BCS formalism is considered. For a set of Hamiltonian parameters and varying the ratio between nea…
View article: Absorptive corrections for vector mesons: matching to complex mass scheme and longitudinal corrections
Absorptive corrections for vector mesons: matching to complex mass scheme and longitudinal corrections Open
Unstable spin-1 particles are properly described by including absorptive corrections to the electromagnetic vertex and propagator, without breaking the electromagnetic gauge invariance. We show that the modified propagator can be set into …