In this paper the unconventional measurement technique, ‘resistance controlled mode’, which consists in driving the sensor heater in order to maintain constant the sensing-film resistance, and reading as a sensor output the temperature of the film, is applied to the detection of NO 2 gas with YCoO 3 based resistive gas sensors. The technique is discussed and its results are compared to those obtained with conventional measurements of resistance at constant temperature, showing that it has similar performance in terms of resolution and better in terms of speed
A highly sensitive and novel sensor platform for gases and volatile chemicals using microcantilever ...
A low-cost CO2 sensor in thick film technology has been developed using BaTiO3 and various semicondu...
[ES] La presente invención se refiere a un sensor químico resistivo con un bajo límite de detección...
In this paper the unconventional measurement technique, ‘resistance controlled mode’, which consists...
This paper deals with chemoresistive behavior of hexagonal YMnO3 produced by gel combustion. Stoichi...
This article deals with an InP based resistive gas sensor. Firstly, the InP gas sensor samples with ...
In this paper the stability and reliability of perovskite YCoO3 used as sensor material for the dete...
In this work, ZnO thin films were investigated to sense NO2, a gas exhausted by the most common comb...
Signals from resistive gas sensors based on zirconium dioxide and silicon–carbon films have been ext...
Indium tin oxide (ITO) thin films of different thicknesses are grown on the corning glass substrates...
This paper deals with the influence of technological process steps on electrical and metrological pa...
This paper deals with the influence of technological process steps on electrical and metrological pa...
A measurement system designed for characterizing resistive metal oxide sensors based on novel materi...
A novel NO2 sensor based on (CdO)x(ZnO)1-x mixed-oxide thin films deposited by the spray pyrolysis t...
[ES] La presente invención se refiere a un sensor químico resistivo con un bajo límite de detección ...
A highly sensitive and novel sensor platform for gases and volatile chemicals using microcantilever ...
A low-cost CO2 sensor in thick film technology has been developed using BaTiO3 and various semicondu...
[ES] La presente invención se refiere a un sensor químico resistivo con un bajo límite de detección...
In this paper the unconventional measurement technique, ‘resistance controlled mode’, which consists...
This paper deals with chemoresistive behavior of hexagonal YMnO3 produced by gel combustion. Stoichi...
This article deals with an InP based resistive gas sensor. Firstly, the InP gas sensor samples with ...
In this paper the stability and reliability of perovskite YCoO3 used as sensor material for the dete...
In this work, ZnO thin films were investigated to sense NO2, a gas exhausted by the most common comb...
Signals from resistive gas sensors based on zirconium dioxide and silicon–carbon films have been ext...
Indium tin oxide (ITO) thin films of different thicknesses are grown on the corning glass substrates...
This paper deals with the influence of technological process steps on electrical and metrological pa...
This paper deals with the influence of technological process steps on electrical and metrological pa...
A measurement system designed for characterizing resistive metal oxide sensors based on novel materi...
A novel NO2 sensor based on (CdO)x(ZnO)1-x mixed-oxide thin films deposited by the spray pyrolysis t...
[ES] La presente invención se refiere a un sensor químico resistivo con un bajo límite de detección ...
A highly sensitive and novel sensor platform for gases and volatile chemicals using microcantilever ...
A low-cost CO2 sensor in thick film technology has been developed using BaTiO3 and various semicondu...
[ES] La presente invención se refiere a un sensor químico resistivo con un bajo límite de detección...