Sensitive element of multifunctional sensor for measuring temperature, strain and magnetic field induction has been developed based on the studies of electrical conductivity and magnetoresistance of silicon and germanium microcrystals in the temperature range 4.2—70 K, strain ±1.5*10–3 rel.un. and magnetic fields of 0—14 T. The feature of the sensitive element is the using of the p- and n-type conductivity germanium microcrystals as mechanical and magnetic field sensors, respectively, and the p-type silicon microcrystal — as temperature sensor. That allows providing the compensation of temperature influence on piezoresistance and on sensitivity to the magnetic field
In this work we present experimental results from dynamic and static tests on miniature magnetic fie...
Abstract Maximum operating temperature is usually one of the limiting factors for using of conventio...
none1noThis paper deals with the analysis of temperature response of miniaturised piezoresistive str...
This research investigates complex studies of electrical conductivity and magnetoresistance of both ...
One of the promising directions of development of information and measuring systems for monitoring a...
The measuring system for the magnetic field and temperature using silicon whiskers p-type conductivi...
Progress is reviewed, in the development of various semiconductor sensors for measurement of tempera...
To create low-temperature strain gauges based on p-type silicon whiskers tensoresistive characterist...
A high-temperature piezo-resistive nano-crystalline diamond strain sensor and wireless powering are ...
Abstract − Paper presents results of the investigation on the magnetoelastic properties of Fe73.5Nb3...
Abstract: Prototype sensors are described that are applicable for pressure, position, temperature, a...
An ultrasensitive displacement sensing device for use in accelerometers, pressure gauges, temperatur...
The creation of a silicon integrated sensing element for a transducer of mechanical quantities with ...
Abstract only availableMicrobolometer is a device used as a thermal sensor in a thermal camera or a ...
Results of the studies of the low-temperature piezoresistance for p-type silicon microcrystals doped...
In this work we present experimental results from dynamic and static tests on miniature magnetic fie...
Abstract Maximum operating temperature is usually one of the limiting factors for using of conventio...
none1noThis paper deals with the analysis of temperature response of miniaturised piezoresistive str...
This research investigates complex studies of electrical conductivity and magnetoresistance of both ...
One of the promising directions of development of information and measuring systems for monitoring a...
The measuring system for the magnetic field and temperature using silicon whiskers p-type conductivi...
Progress is reviewed, in the development of various semiconductor sensors for measurement of tempera...
To create low-temperature strain gauges based on p-type silicon whiskers tensoresistive characterist...
A high-temperature piezo-resistive nano-crystalline diamond strain sensor and wireless powering are ...
Abstract − Paper presents results of the investigation on the magnetoelastic properties of Fe73.5Nb3...
Abstract: Prototype sensors are described that are applicable for pressure, position, temperature, a...
An ultrasensitive displacement sensing device for use in accelerometers, pressure gauges, temperatur...
The creation of a silicon integrated sensing element for a transducer of mechanical quantities with ...
Abstract only availableMicrobolometer is a device used as a thermal sensor in a thermal camera or a ...
Results of the studies of the low-temperature piezoresistance for p-type silicon microcrystals doped...
In this work we present experimental results from dynamic and static tests on miniature magnetic fie...
Abstract Maximum operating temperature is usually one of the limiting factors for using of conventio...
none1noThis paper deals with the analysis of temperature response of miniaturised piezoresistive str...