A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
THERMISTOR SINTERED BODY AND THERMISTOR ELEMENT
The present invention provides a thermistor sintered body that is capable of suppressing a B-constant at 1000°C to a level comparable to that of a conventional wide range-type product. This thermistor sintered body is formed of a composite structure provided with a YOphase, and a Y(Cr, Mn)Ophase or a YMnOphase. The thermistor sintered body according to one embodiment of the present invention has a chemical composition, excluding oxygen, of 3-9 mol% of Cr, 5-15 mol% of Mn, 1-8 mol% of Ca (wherein Cr/Mn<1.0), with the remainder being Y
THERMISTOR SINTERED BODY AND THERMISTOR ELEMENT
The present invention provides a thermistor sintered body that is capable of suppressing a B-constant at 1000°C to a level comparable to that of a conventional wide range-type product. This thermistor sintered body is formed of a composite structure provided with a YOphase, and a Y(Cr, Mn)Ophase or a YMnOphase. The thermistor sintered body according to one embodiment of the present invention has a chemical composition, excluding oxygen, of 3-9 mol% of Cr, 5-15 mol% of Mn, 1-8 mol% of Ca (wherein Cr/Mn<1.0), with the remainder being Y
THERMISTOR SINTERED BODY AND THERMISTOR ELEMENT
THERMISTOR-SINTERKÖRPER UND THERMISTORELEMENT
CORPS FRITTÉ DE THERMISTOR ET ÉLÉMENT DE THERMISTOR
TAKEUCHI AKITAKA (author) / NIIZEKI NAOHIRO (author)
2020-12-16
Patent
Electronic Resource
English
| European Patent Office | 2018