Selectivity and low power consumption are major challenges in the development of sophisticated gas sensor devices. A sensor system is presented that unifies selective sensor-gas interactions and energy-harvesting properties, using defined organic-inorganic hybrid materials. Simulations of chemical-binding interactions and the consequent electronic surface modulation give more insight into the complex sensing mechanism of selective gas detection
We prepared a highly sensitive and selective NO2 sensor, based on the TeO2 branched SnO2 nanowires (...
AbstractThe prevailing design approaches of semiconductor gas sensors struggle to overcome most of t...
We have fabricated multiple networked SnO2 nanowires and subsequently decorated-them with uniformly ...
Selectivity and low power consumption are major challenges in the development of sophisticated gas s...
Organic-inorganic hybrid gas sensors can offer outstanding performance in terms of selectivity and s...
Selectivity and low power consumption are major challenges in the development of sophisticated gas s...
The prevailing design approaches of semiconductor gas sensors struggle to overcome most of their cur...
The prevailing design approaches of semiconductor gas sensors struggle to overcome most of their cur...
AbstractSnO2 chemical sensors were fabricated by two different methods. The first one was based on c...
We have investigated the effects of metal decoration on the gas-sensing properties of a device with ...
The interaction of a gas molecule with a sensing material causes the highest change in the electroni...
We irradiated SnO2 nanowires with He ions (45 MeV) with different ion fluences. Structure and morpho...
Inorganic conductometric gas sensors struggle to overcome limitations in high power consumption and ...
Surface modification is a reliable method to enhance the sensing properties of pristine graphene by ...
Inorganic conductometric gas sensors struggle to overcome limitations in high power consumption and ...
We prepared a highly sensitive and selective NO2 sensor, based on the TeO2 branched SnO2 nanowires (...
AbstractThe prevailing design approaches of semiconductor gas sensors struggle to overcome most of t...
We have fabricated multiple networked SnO2 nanowires and subsequently decorated-them with uniformly ...
Selectivity and low power consumption are major challenges in the development of sophisticated gas s...
Organic-inorganic hybrid gas sensors can offer outstanding performance in terms of selectivity and s...
Selectivity and low power consumption are major challenges in the development of sophisticated gas s...
The prevailing design approaches of semiconductor gas sensors struggle to overcome most of their cur...
The prevailing design approaches of semiconductor gas sensors struggle to overcome most of their cur...
AbstractSnO2 chemical sensors were fabricated by two different methods. The first one was based on c...
We have investigated the effects of metal decoration on the gas-sensing properties of a device with ...
The interaction of a gas molecule with a sensing material causes the highest change in the electroni...
We irradiated SnO2 nanowires with He ions (45 MeV) with different ion fluences. Structure and morpho...
Inorganic conductometric gas sensors struggle to overcome limitations in high power consumption and ...
Surface modification is a reliable method to enhance the sensing properties of pristine graphene by ...
Inorganic conductometric gas sensors struggle to overcome limitations in high power consumption and ...
We prepared a highly sensitive and selective NO2 sensor, based on the TeO2 branched SnO2 nanowires (...
AbstractThe prevailing design approaches of semiconductor gas sensors struggle to overcome most of t...
We have fabricated multiple networked SnO2 nanowires and subsequently decorated-them with uniformly ...