◆Background◆
Heat flux sensor which enables us to detect heat flow more accurately and faster than usual thermometer is very promising device to realize efficient thermal management based on the concept of Society 5.0. However, current commercially available heat flux sensor based on Seebeck effect has a critical issue in its large thermal resistance. Therefore, heat flux sensor having ultra low thermal resistance is required
◆Aim◆
To develop a versatile heat flux sensor having a ultralow thermal resistance using anomalous Nernst effect in magnetic materials
Heat flux sensor
"Development of heat flux sensor with ultra low thermal resistance using anomalous Nernst effect"
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