Add to ORKGThis paper deals with the influence of technological process steps on electrical and metrological parameters of NO2 gas sensors. The NO2 gas sensors are based on thin n-InP epitaxial layers. The NO2 gas action makes the resistance of the device, measured in parallel to the surface between ohmic contacts, increase. It is demonstrated that the methodology of fabrication modifies the geometrical and physical parameters of ohmic contacts and the reproducibility of the devices. The impact on the gas sensors in response to NO2 is also discussed
Indium tin oxide (ITO) thin films of different thicknesses are grown on the corning glass substrates...
The huge impact of nitrogen dioxide (NO2) emission on public health and the environment is motivatin...
This paper describes two different semiconductor gas sensors devoted to the detection of oxidizing p...
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...
The structure and sensing properties of a novel resistive NO2 sensor based on n-type InP epitaxial l...
This article deals with an InP based resistive gas sensor. Firstly, the InP gas sensor samples with ...
The aim of this Thesis was a realization and a characterization of a novel nitrogen dioxide (NO2) se...
Graphene based gas sensor has been a major trend in the field of scientific research for gas detecti...
We report about technology of fabrication and optimization of a gas sensor based on epitaxial graphe...
Many studies on the response analysis of resistor-type gas sensors have been reported. In this work,...
In this work, ZnO thin films were investigated to sense NO2, a gas exhausted by the most common comb...
In this paper the unconventional measurement technique, ‘resistance controlled mode’, which consists...
Here we report on a new architecture for potentiometric NO2 sensors that features thin 8YSZ electrol...
Single- and multilayer MoS2 films are deposited onto Si/SiO2 using the mechanical exfoliation techni...
Indium tin oxide (ITO) thin films of different thicknesses are grown on the corning glass substrates...
The huge impact of nitrogen dioxide (NO2) emission on public health and the environment is motivatin...
This paper describes two different semiconductor gas sensors devoted to the detection of oxidizing p...
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...
The structure and sensing properties of a novel resistive NO2 sensor based on n-type InP epitaxial l...
This article deals with an InP based resistive gas sensor. Firstly, the InP gas sensor samples with ...
The aim of this Thesis was a realization and a characterization of a novel nitrogen dioxide (NO2) se...
Graphene based gas sensor has been a major trend in the field of scientific research for gas detecti...
We report about technology of fabrication and optimization of a gas sensor based on epitaxial graphe...
Many studies on the response analysis of resistor-type gas sensors have been reported. In this work,...
In this work, ZnO thin films were investigated to sense NO2, a gas exhausted by the most common comb...
In this paper the unconventional measurement technique, ‘resistance controlled mode’, which consists...
Here we report on a new architecture for potentiometric NO2 sensors that features thin 8YSZ electrol...
Single- and multilayer MoS2 films are deposited onto Si/SiO2 using the mechanical exfoliation techni...
Indium tin oxide (ITO) thin films of different thicknesses are grown on the corning glass substrates...
The huge impact of nitrogen dioxide (NO2) emission on public health and the environment is motivatin...
This paper describes two different semiconductor gas sensors devoted to the detection of oxidizing p...