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A platform for research: civil engineering, architecture and urbanism
Thermosensitive material for superfine continuous thermocouple
The invention relates to a heat-sensitive material for a superfine continuous thermocouple. The heat-sensitive material comprises the following components in percentage by weight: 10-15% of aluminum oxide, 15-18% of ferric oxide, 15-18% of chromic oxide, 20-24% of manganese carbonate, 5-10% of cobaltous oxide and the balance of magnesium oxide. The heat-sensitive material is high in temperature measurement precision, the temperature measurement range is from the normal temperature to 800 DEG C, and the temperature measurement precision is +/-5 DEG C. The heat-sensitive material can be used for preparing a superfine continuous thermocouple, the diameter is 0.5 mm-1. 0mm, the minimum bending radius is 1 mm-10 mm, the thermocouple can be used for measuring the temperature of an automobile lithium battery, the lithium battery is more convenient to fit, and the service life of the lithium battery is prolonged. The device can be wound on the surface of the automobile lithium battery for temperature measurement, and no temperature measurement dead angle exists.
本发明涉及一种超细连续热电偶用热敏材料，各组分的重量百分含量为：氧化铝10～15％，三氧化二铁15～18％，三氧化二铬15～18％，碳酸锰20～24％，氧化亚钴5～10％，余量为氧化镁。本发明所述热敏材料测温精度高，测温范围在常温～800℃之间，测温精度为±5℃，本发明的热敏材料可以用于制备超细连续热电偶，直径在0.5mm～1.0mm之间，最小弯曲半径在1mm～10mm之间，该热电偶能够用于对汽车锂电池测温，更便于贴合锂电池，能够缠绕在汽车锂电池表面对其进行测温，没有测温死角。
Thermosensitive material for superfine continuous thermocouple
The invention relates to a heat-sensitive material for a superfine continuous thermocouple. The heat-sensitive material comprises the following components in percentage by weight: 10-15% of aluminum oxide, 15-18% of ferric oxide, 15-18% of chromic oxide, 20-24% of manganese carbonate, 5-10% of cobaltous oxide and the balance of magnesium oxide. The heat-sensitive material is high in temperature measurement precision, the temperature measurement range is from the normal temperature to 800 DEG C, and the temperature measurement precision is +/-5 DEG C. The heat-sensitive material can be used for preparing a superfine continuous thermocouple, the diameter is 0.5 mm-1. 0mm, the minimum bending radius is 1 mm-10 mm, the thermocouple can be used for measuring the temperature of an automobile lithium battery, the lithium battery is more convenient to fit, and the service life of the lithium battery is prolonged. The device can be wound on the surface of the automobile lithium battery for temperature measurement, and no temperature measurement dead angle exists.
本发明涉及一种超细连续热电偶用热敏材料，各组分的重量百分含量为：氧化铝10～15％，三氧化二铁15～18％，三氧化二铬15～18％，碳酸锰20～24％，氧化亚钴5～10％，余量为氧化镁。本发明所述热敏材料测温精度高，测温范围在常温～800℃之间，测温精度为±5℃，本发明的热敏材料可以用于制备超细连续热电偶，直径在0.5mm～1.0mm之间，最小弯曲半径在1mm～10mm之间，该热电偶能够用于对汽车锂电池测温，更便于贴合锂电池，能够缠绕在汽车锂电池表面对其进行测温，没有测温死角。
Thermosensitive material for superfine continuous thermocouple
一种超细连续热电偶用热敏材料
GAO JIAXING (author) / CHEN PENGKANG (author) / WANG CHAO (author) / LIU YUJIE (author) / WEI XIAOMING (author) / TANG GUANGMING (author)
2024-05-14
Patent
Electronic Resource
Chinese