Өлшеу технологиясындағы оптикалық сенсорлар: деформация мен температураны бақылауға арналған қолданбалар

Abstract

In the modern world, optical sensors are increasingly used in measurement technology due to their high sensitivity, accuracy, and resistance to external influences. The purpose of this study is to analyze the possibilities of using optical sensors for deformation and temperature control in various industries and scientific research. The work considers the main directions of development and improvement of measurement technologies using optical sensors.

The research methodology includes experimental testing of fiber-optic sensors with Bragg gratings, as well as modeling their operation under conditions of increased load and temperature fluctuations. The main results include analysis of measurement accuracy, assessment of the sensitivity of sensors to external changes, and determination of their durability.

The data obtained show that optical sensors can effectively replace traditional measurement systems, providing high accuracy and reliability. The practical significance of the study lies in the development of recommendations for the use of optical sensors for monitoring the condition of structures, energy facilities, and medical devices. It makes a significant contribution to the development of measurement technologies, helping to increase the efficiency and reliability of work.