n.热电偶

A thermocouple is used to measure temperature differences in industrial processes.
热电偶用于工业过程中测量温度差。
The thermocouple's junctions convert heat energy into electrical voltage, which can be easily measured by a multimeter.
热电偶的接头将热能转化为可由万用表轻易测量的电势差。
The type K thermocouple is the most commonly used due to its wide temperature range and stability.
类型K热电偶因其广泛的温度范围和稳定性而被广泛使用。
The thermocouple needs to be calibrated periodically to ensure accurate temperature readings.
热电偶需要定期校准以确保温度读数的准确性。
When installing a thermocouple, it's crucial to maintain good contact between the metal wires for reliable measurements.
安装热电偶时，保持金属导线的良好接触对于可靠的测量至关重要。
A thermocouple thermometer is a non-contact device, making it ideal for use in hazardous environments.
热电偶温度计是一种非接触式设备，非常适合在危险环境中使用。
In a chemical reactor, a thermocouple placed at the exhaust provides real-time temperature data for monitoring purposes.
在化学反应器中，安装在排气口的热电偶提供了实时温度数据用于监控。
The thermocouple's response time is generally faster than that of other temperature sensors, making it suitable for rapid temperature changes.
热电偶的响应时间通常比其他温度传感器更快，适合快速温度变化的场合。
Thermocouples are immune to electromagnetic interference, making them a preferred choice in electrical equipment.
热电偶不受电磁干扰，是电气设备的首选。
The thermocouple output voltage is proportional to the temperature difference, which simplifies its integration into temperature control systems.
热电偶输出的电压与温度差成正比，这使得它易于融入温度控制系统。