CAJ | 학술논문

介绍了分布式光纤温度传感器技术在渗漏监测应用方面的优点，概述了分布式光纤温度传感渗漏监测技术的工作原理，对比了梯度法和加热法的优劣性，综述了国内外在室内模型模拟试验和理论推导方面的研究现状，最后总结得出该领域今后的发展趋势应该是在深化室内分布式光纤温度传感器定量监测试验研究的基础上，结合施工控制因素开展分布式光纤温度传感渗漏监测技术在实际工程中的应用研究。
개소료분포식광섬온도전감기기술재삼루감측응용방면적우점，개술료분포식광섬온도전감삼루감측기술적공작원리，대비료제도법화가열법적우렬성，종술료국내외재실내모형모의시험화이론추도방면적연구현상，최후총결득출해영역금후적발전추세응해시재심화실내분포식광섬온도전감기정량감측시험연구적기출상，결합시공공제인소개전분포식광섬온도전감삼루감측기술재실제공정중적응용연구。
The paper introduced the advantages of the distributed optical fiber temperature sensor technology in leakage monitoring applications,outlined the working principles of distributed optical fiber temperature sensor leakage monitoring technology,compared the pros and cons of gradient method and heating method,and summarized the research present situa-tions of indoor model tests and theoretical derivation at home and abroad .At last,concluded that the future development trends in this field should take deepening the indoor distributed optical fiber sensor quantitative monitoring test research as basis combining with construction control factors to research the application of distributed optical fiber leakage monitoring technology in the practical engineering.