Here we present the gas sensing characterization of single-nanowire sensor array systems based on either non-functionalized or Pt-functionalized single tungsten oxide nanowires towards various concentrations of nitrogen dioxide and ethanol. The sensor systems demonstrate stable and reproducible responses to the tested analytes, showing consistency with previous systems based on multiple-nanowire based films and validating the fabrication process of these devices
The work presented in this dissertation is focused on the fabrication, integration and test of chemo...
AbstractAerosol assisted CVD (AACVD) is a self-catalyzed method that allows for growing single cryst...
Abstract Tungsten oxide nanowires (NWs) were successfully deposited on the membrane of micro hotplat...
Here we present the gas sensing characterization of single-nanowire sensor array systems based on ei...
Chemoresitive gas sensors based on multiple nanowires (M-NWs) randomly grown and electrically inter-...
Gas nanosensors, comprised of arrays of nanoelectrodes with finger-widths of ~100 nm developed by el...
Mimicking the biological olfactory systems that consist of olfactory receptor arrays with large surf...
Abstract Tungsten oxide nanowires have been synthetized by a simple thermal oxidation route in an ox...
AbstractTungsten oxide nanowires have been synthetized by a simple thermal oxidation route in an oxy...
We report the results of composite tungsten oxide nanowires-based gas sensors. The morphologic surfa...
A nonaqueous approach that involves the reaction of tungsten isopropoxide with benzyl alcohol leads ...
AbstractChemoresistive micromachined gas sensors with bottom-electrode configuration and based on Pt...
AbstractTungsten oxide nanowires (NWs) were successfully deposited on the membrane of micro hotplate...
Abstract Vanadium oxide, manganese oxide, tungsten oxide, and nickel oxide nanowires were investigat...
The on-chip growth and surface-functionalization have been recently regarded as promising techniques...
The work presented in this dissertation is focused on the fabrication, integration and test of chemo...
AbstractAerosol assisted CVD (AACVD) is a self-catalyzed method that allows for growing single cryst...
Abstract Tungsten oxide nanowires (NWs) were successfully deposited on the membrane of micro hotplat...
Here we present the gas sensing characterization of single-nanowire sensor array systems based on ei...
Chemoresitive gas sensors based on multiple nanowires (M-NWs) randomly grown and electrically inter-...
Gas nanosensors, comprised of arrays of nanoelectrodes with finger-widths of ~100 nm developed by el...
Mimicking the biological olfactory systems that consist of olfactory receptor arrays with large surf...
Abstract Tungsten oxide nanowires have been synthetized by a simple thermal oxidation route in an ox...
AbstractTungsten oxide nanowires have been synthetized by a simple thermal oxidation route in an oxy...
We report the results of composite tungsten oxide nanowires-based gas sensors. The morphologic surfa...
A nonaqueous approach that involves the reaction of tungsten isopropoxide with benzyl alcohol leads ...
AbstractChemoresistive micromachined gas sensors with bottom-electrode configuration and based on Pt...
AbstractTungsten oxide nanowires (NWs) were successfully deposited on the membrane of micro hotplate...
Abstract Vanadium oxide, manganese oxide, tungsten oxide, and nickel oxide nanowires were investigat...
The on-chip growth and surface-functionalization have been recently regarded as promising techniques...
The work presented in this dissertation is focused on the fabrication, integration and test of chemo...
AbstractAerosol assisted CVD (AACVD) is a self-catalyzed method that allows for growing single cryst...
Abstract Tungsten oxide nanowires (NWs) were successfully deposited on the membrane of micro hotplat...