CAJ | 학술논문

为了进一步提高油气管道监测效率与可靠性,提出了一种基于单端布里渊光时域分析的油气管道在线监测方法。对油气管道进行了泄漏点温度测量模拟实验研究。实验结果表明,基于布里渊散射的分布式光纤传感技术能够准确监测并识别管道的温度变化,在25 km 的传感光纤中,温度测量分辨率达3℃,空间定位分辨率达到1 m。
위료진일보제고유기관도감측효솔여가고성,제출료일충기우단단포리연광시역분석적유기관도재선감측방법。대유기관도진행료설루점온도측량모의실험연구。실험결과표명,기우포리연산사적분포식광섬전감기술능구준학감측병식별관도적온도변화,재25 km 적전감광섬중,온도측량분변솔체3℃,공간정위분변솔체도1 m。
In order to improve the monitoring efficiency and reliability of oil and gas pipeline,the monitoring method of petroleum pipeline temperature based on single-ended Brillouin optical time domain analysis has been proposed.The temperature experiment at oil and gas pipelines leakage location has been taken.The experiment results show that distributed optical fiber sensing technology based on Brillouin scattering can accurately monitor and identify the pipeline temperature change.The temperature measurement resolution can reach 3 ℃ and spatial resolution of 1 meter in 25 km sensing fiber.