重点对光纤光栅测量湿蒸汽两相流湿度场以及温度场的机理进行研究，对实验系统装置的构建作了详尽的描述。
In this article the mechanism of based on FBG sensor measurement in two-phase wet steam flow moisture and temperature field was researched and investigated clearly.
该测试新方法将能解决湿蒸汽两相流中湿度的动态、准分布测量的技术难题。
Consequently, this method solves difficult technical problem of dynamic and quasi-distributing measurement in two-phase wet steam flow.
构建了湿蒸汽实验系统并进行了蒸汽湿度测量的实验研究。
A wet steam experiment system is established with a Laval nozzle generating wet steam.
根据计算结果并结合湿度测量的具体应用，分析了电容传感器用于测量湿蒸汽湿度的可行性。
When the wet steam flows by the capacitive sensor, the sensor capacitance changes with the steam wetness.
根据计算结果并结合湿度测量的具体应用，分析了电容传感器用于测量湿蒸汽湿度的可行性。
When the wet steam flows by the capacitive sensor, the sensor capacitance changes with the steam wetness.
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