Today's scientific and technological development shows an interdisciplinary fusion trend, and thermocouple calibration technology is no exception. On the one hand, it is closely combined with materials science. New thermocouple materials are constantly emerging. For example, high-sensitivity thermocouples prepared based on nanotechnology require the integration of knowledge of nanomaterials' characteristics to develop calibration techniques suitable for them, giving full play to the advantages of new materials.
On the other hand, it is deeply integrated with information technology. The Internet of Things technology helps thermocouple calibration achieve remote real-time monitoring. Through sensor networks, the calibration site data is transmitted to the cloud in real-time, allowing technicians to grasp the calibration dynamics anytime and anywhere; big data analysis mines the value of massive calibration data to provide a basis for calibration decisions and optimize calibration strategies; artificial intelligence algorithms automatically diagnose thermocouple faults and predict calibration cycles, pushing thermocouple calibration towards intelligence and high efficiency, opening a new chapter in interdisciplinary collaborative innovation.