摘要
介绍了一种适用于温度缓变场合的分布式光纤测温主机的设计方案,该方案基于拉曼散射原理,采用波分复用、时分复用和空分复用技术进行设计,适用于温度缓变环境。试验结果表明,采用该分布式光纤测温主机能够准确快速地对温度进行监测和预警。
This paper introduced a design scheme of the distributed fiber-optical temperature measurement mainframe which may be applied in the environment with slow temperature change. This scheme was based on the Raman scattering principle and used wavelength division multiplex （ WDM） , time division multiplex （ TDM） and space division multiplex （ SDM） for design, and it was suitable for the environment with slow temperature change. The test results showed that this distributed fiber-optical temperature measurement mainframe can accurately monitor the temperature and rapidly give early-warning.
出处
《矿业安全与环保》
北大核心
2015年第3期28-30,共3页
Mining Safety & Environmental Protection
关键词
拉曼散射
光纤测温
波分复用
时分复用
空分复用
分布式测温
火灾预警
Raman scattering
fiber-optical temperature measurement
wavelength division multiplex
time division multiplex
space division multiplex
distributed temperature measurement
early fire warning
