The purpose of this work was to satisfy both materials and technological sciences, on the one hand implementing innovative hybrid materials referred to as ECS (Eni Carbon Silicate) in gas sensors manufacturing, and on the other hand verifying their possible operation at room temperature as a technological progress. The ECS-14 and ECS-13 phases were employed as functional materials for films deposited by drop coating onto alumina substrates. Room-temperature gas tests were performed to study their potential sensing properties. In humidity conditions, the ECS-14 based sensor showed outstanding performance and a complete calibration vs. moisture concentration was obtained
In the human life, there are several areas, where chemical sensors are necessary. Such are medical c...
A new type of optical sensor for the detection of gases is proposed. The working principle is as fol...
Chemiresistive sensors have gained increasing interest in recent years due to the necessity of low-c...
The purpose of this work was to satisfy both materials and technological sciences, on the one hand i...
The purpose of this work was to satisfy both materials and technological sciences, on the one hand ...
The purpose of this work was to satisfy both materials and technological sciences, on the one hand i...
A deepened investigation on an innovative organic–inorganic hybrid material, referred to as ECS-14 (...
deepened investigation on an innovative organic−inorganic hybrid material, referred to as ECS-14 (...
Nowadays, in order to satisfy market demands, materials and devices for sensors production must be i...
International audienceThe fabrication of gravimetric gas sensors based on Nano Electro Mechanical Sy...
Organically modified silicates based on primary amino groups are known to be CO2 sensitive, as they ...
Methods for preparation of high-quality thin films for fabrication of selective supra-molecular base...
International audienceAs a part of our research on new gas sensors, an original potentiometric gas s...
The aim of this research is to develop high performance gas sensors with low power consumption and h...
Commercially available nanosized powder of silicon carbide (named SiC), was thermally, morphological...
In the human life, there are several areas, where chemical sensors are necessary. Such are medical c...
A new type of optical sensor for the detection of gases is proposed. The working principle is as fol...
Chemiresistive sensors have gained increasing interest in recent years due to the necessity of low-c...
The purpose of this work was to satisfy both materials and technological sciences, on the one hand i...
The purpose of this work was to satisfy both materials and technological sciences, on the one hand ...
The purpose of this work was to satisfy both materials and technological sciences, on the one hand i...
A deepened investigation on an innovative organic–inorganic hybrid material, referred to as ECS-14 (...
deepened investigation on an innovative organic−inorganic hybrid material, referred to as ECS-14 (...
Nowadays, in order to satisfy market demands, materials and devices for sensors production must be i...
International audienceThe fabrication of gravimetric gas sensors based on Nano Electro Mechanical Sy...
Organically modified silicates based on primary amino groups are known to be CO2 sensitive, as they ...
Methods for preparation of high-quality thin films for fabrication of selective supra-molecular base...
International audienceAs a part of our research on new gas sensors, an original potentiometric gas s...
The aim of this research is to develop high performance gas sensors with low power consumption and h...
Commercially available nanosized powder of silicon carbide (named SiC), was thermally, morphological...
In the human life, there are several areas, where chemical sensors are necessary. Such are medical c...
A new type of optical sensor for the detection of gases is proposed. The working principle is as fol...
Chemiresistive sensors have gained increasing interest in recent years due to the necessity of low-c...