RESEARCH ON TEMPERATURE MEASUREMENT AND CONTROL OF COMPLEX MOVING

Abstract

This article examines radiation temperature recording devices, specifically radiation pyrometers used for determining temperature measurements. Radiation pyrometers are widely applied in modern scientific and industrial sectors because they enable accurate and rapid non-contact temperature measurements. Optical thermometers primarily operate based on the transmittance or reflection properties of objects and are adapted for various materials. Color pyrometers determine the temperature of hot objects by measuring energy in the radiation spectrum of hot bodies, which is crucial for monitoring objects operating at high temperatures. Radiation pyrometers calculate the temperature by determining the radiation power of hot objects in a specific spectrum range. All these devices provide the ability to measure temperature without direct contact with objects, ensuring high measurement accuracy and safety. Additionally, these devices are of significant importance in industrial processes, environmental monitoring, and laboratory research.