We have studied the correlation between the photoconductivity and the dark resistivity of single ZnO microwires. We found that as-grown microwires with higher dark resistivities have higher photoconductivities. However, when the microwires are thermal treated in vacuum, this correlation is inverted. We have also analyzed the behavior of photoconductivity on protonated as-grown samples. We discuss the origin of these behaviors in terms of the interplay of oxygen and zinc vacancies and their complexes acting as recombination or trapping centers.Instituto de Física La Plat
Localized ultraviolet photoresponse properties of bent ZnO microwires bridging two perfect Ohmic con...
The phenomenon of persistent photoconductivity is elusive and has not been addressed to an extent to...
Photoconductivity is a fundamental and highly applicable phenomenon for semiconductor oxide-based de...
We have studied the correlation between the photoconductivity and the dark resistivity of single ZnO...
The point defects of single ZnO microwires grown by carbothermal reduction were studied by microphot...
ZnO nanowires are excellent candidates as building components for a novel generation of miniaturized...
Highly oriented and homogeneously distributed single crystalline zinc oxide nanowires (NWs) are fabr...
Defect-related photoconductivity of single ZnO nanowires is investigated. The photoconductivity show...
An understanding of the morphology-dependent correlation between photoluminescence and photoconducti...
Impedance spectroscopy data show that polycrystalline ZnO films can show either increases or decreas...
The responses of individual ZnO nanowires to UV light demonstrate that the persistent photoconductiv...
Photoelectrical properties of single ZnO nanowires have been investigated using photocurrent-voltage...
ZnO single nanowire photodetectors have been measured in different ambient conditions in order to un...
Restricted Access.Nanostructured ZnO is a promising material for optoelectronic and nonlinear optica...
In this work, we investigate the optoelectronic properties of zinc oxide (ZnO) nanowires, which are ...
Localized ultraviolet photoresponse properties of bent ZnO microwires bridging two perfect Ohmic con...
The phenomenon of persistent photoconductivity is elusive and has not been addressed to an extent to...
Photoconductivity is a fundamental and highly applicable phenomenon for semiconductor oxide-based de...
We have studied the correlation between the photoconductivity and the dark resistivity of single ZnO...
The point defects of single ZnO microwires grown by carbothermal reduction were studied by microphot...
ZnO nanowires are excellent candidates as building components for a novel generation of miniaturized...
Highly oriented and homogeneously distributed single crystalline zinc oxide nanowires (NWs) are fabr...
Defect-related photoconductivity of single ZnO nanowires is investigated. The photoconductivity show...
An understanding of the morphology-dependent correlation between photoluminescence and photoconducti...
Impedance spectroscopy data show that polycrystalline ZnO films can show either increases or decreas...
The responses of individual ZnO nanowires to UV light demonstrate that the persistent photoconductiv...
Photoelectrical properties of single ZnO nanowires have been investigated using photocurrent-voltage...
ZnO single nanowire photodetectors have been measured in different ambient conditions in order to un...
Restricted Access.Nanostructured ZnO is a promising material for optoelectronic and nonlinear optica...
In this work, we investigate the optoelectronic properties of zinc oxide (ZnO) nanowires, which are ...
Localized ultraviolet photoresponse properties of bent ZnO microwires bridging two perfect Ohmic con...
The phenomenon of persistent photoconductivity is elusive and has not been addressed to an extent to...
Photoconductivity is a fundamental and highly applicable phenomenon for semiconductor oxide-based de...