AbstractBias current applied to conductometric gas sensors consisting of individual metal oxide nanowires can be used to heat them up to the temperature necessary for sensing. This approach in combination with the good sensitivity and stability of metal-oxide nanowires, can be used to develop prototypes with low power requirements (few tens of microwatts). Here, we present new sensors devices based on this approach that display fast dynamic performance only limited by the gas-solid interaction kinetics,
AbstractThe thermal response time of gas sensors based on self-heated nanowires is extremely fast (a...
AbstractPower consumption is one of the most challenging issues that hamper the development of auton...
The usual operation of a conductometric sensor device requires of an external energy source (i.e. an...
AbstractBias current applied to conductometric gas sensors consisting of individual metal oxide nano...
Developing fully autonomous gas sensors for distributed detection and early alert applications is on...
Developing fully autonomous gas sensors for distributed detection and early alert applications is on...
Developing fully autonomous gas sensors for distributed detection and early alert applications is on...
Developing fully autonomous gas sensors for distributed detection and early alert applications is on...
Self-heating of metal oxide nanowires when a measuring current flows through them allows simultaneou...
AbstractSelf-heating of metal oxide nanowires when a measuring current flows through them allows sim...
Self-heating effect in individual metal oxide nanowires can be used to activate their response to ga...
Self-heating of metal oxide nanowires when a measuring current flows through them allows simultaneou...
Self-heating operation, or the use of the resistance-probing signal to warm up and control the tempe...
Self-heating operation, or the use of the resistance-probing signal to warm up and control the tempe...
AbstractGas detection experiments were performed with individual tin dioxide (SnO2) nanowires specif...
AbstractThe thermal response time of gas sensors based on self-heated nanowires is extremely fast (a...
AbstractPower consumption is one of the most challenging issues that hamper the development of auton...
The usual operation of a conductometric sensor device requires of an external energy source (i.e. an...
AbstractBias current applied to conductometric gas sensors consisting of individual metal oxide nano...
Developing fully autonomous gas sensors for distributed detection and early alert applications is on...
Developing fully autonomous gas sensors for distributed detection and early alert applications is on...
Developing fully autonomous gas sensors for distributed detection and early alert applications is on...
Developing fully autonomous gas sensors for distributed detection and early alert applications is on...
Self-heating of metal oxide nanowires when a measuring current flows through them allows simultaneou...
AbstractSelf-heating of metal oxide nanowires when a measuring current flows through them allows sim...
Self-heating effect in individual metal oxide nanowires can be used to activate their response to ga...
Self-heating of metal oxide nanowires when a measuring current flows through them allows simultaneou...
Self-heating operation, or the use of the resistance-probing signal to warm up and control the tempe...
Self-heating operation, or the use of the resistance-probing signal to warm up and control the tempe...
AbstractGas detection experiments were performed with individual tin dioxide (SnO2) nanowires specif...
AbstractThe thermal response time of gas sensors based on self-heated nanowires is extremely fast (a...
AbstractPower consumption is one of the most challenging issues that hamper the development of auton...
The usual operation of a conductometric sensor device requires of an external energy source (i.e. an...