CAJ | 학술논문

基于光纤的传感技术具有许多先天优势，使得它们在广泛的工业传感应用中具有很强的吸引力。本文采用从光纤传感器的基本结构、工作原理、分类及特点进行分析的方法，得出光纤传感器比传统的机电式传感器更适合在分布式传感和耐恶劣环境下可靠工作的结论。由于其起源于电信业，所以基于光纤的传感器可很容易集成到大规模光网络和通信系统中。
기우광섬적전감기술구유허다선천우세，사득타문재엄범적공업전감응용중구유흔강적흡인력。본문채용종광섬전감기적기본결구、공작원리、분류급특점진행분석적방법，득출광섬전감기비전통적궤전식전감기경괄합재분포식전감화내악렬배경하가고공작적결론。유우기기원우전신업，소이기우광섬적전감기가흔용역집성도대규모광망락화통신계통중。
Sensing technologies based on optical fiber have many inherent advantages that make them attractive for a wide range of industrial sensing applications. In this paper, a method to analyze the basic structure of the optical fiber sensor, working principle, classification and characteristics, draw reliable conclusions fiber optic sensor is more suited to work in a distributed sensing and resistance to harsh environments than traditional electromechanical sensors. Because of their telecommunication origins, fiber optic-based sensors can be easily integrated into large scale optical networks and communications systems.