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Therefore a sensor device based on commercially available sensors for gas monitoring was designed, constructed, and tested.
A relative humidity (RH) sensor device based on n-type porous silicon has been designed, fabricated and characterized.
In a previous sensor device based on a Pt|Sn0.9In0.1P2O7|Pt electrode system, electrochemical carbon oxidation was realized over the surface of a working electrode, enabling continuous carbon monitoring with self-regeneration of the sensor.
The gas sensor device based on as-prepared CeO2 microspheres exhibited more stable electrical measurements, which were observed by the development of the steady state; slightly upper response time (t res) was obtained using a lower operating temperature and a good recovery performance.
The main objective of this work was to design a software sensor device based on state observer for a class of continuous bioreactor with application to heavy metal removal and locally analyze the observability properties of the considered system, considering parametric uncertainties.
It was revealed that the response speed of the sensor device based on a SnO2 porous film (pore size at maximum population: 37 nm) was remarkably fast, reaching a response time of less than 1 s for H2 and CO detection at 250 and 350 °C.
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Now, the following actions will be carried out by the sensor devices based on the outcome of Eq. 4 to form clusters throughout the network: Action I.
At room temperature, the sensor devices based on the WO3−x exhibit significantly higher sensitivity comparing to that of the stoichiometric WO3.
The highly variable sequence composition of streptavidin-binding aptamer would make the design of aptameric sensor or device based on streptavidin more flexible and easy.
Moreover, some applications of the sensor are proposed and a demo device based on the sensor is presented.
A device based on capacitive sensors to provide minute-by-minute measures of urine output was proposed in [ 20].
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