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1·A wet steam experiment system is established with a Laval nozzle generating wet steam.

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。

2·Numerical simulation of expansion rate on two-phase wet steam flow with spontaneous condensation;

对存在自发凝结的湿蒸汽两相流动建立了完全欧拉坐标系下的数值模型。

3·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。

4·This approach can be an advanced and practical platform for analysis and design of wet steam flow in steam turbine.

该方法可成为汽轮机湿蒸汽级流动的分析和设计的先进和实用的平台。

5·Wet steam flows within steam turbine leads to two major problems, loss in turbine stage efficiency and blade erosion.

蒸汽透平中的湿蒸汽流动降低了级运行效率，同时也造成了叶片可靠性下降。

6·A simplified model of wet steam equilibrium flow past cascade of arbitrary airfoils on general surface of revolution is presented.

提出了一个通过任意谈成面叶棚的湿蒸汽平衡态流动的简化模型。

7·Consequently, this method solves difficult technical problem of dynamic and quasi-distributing measurement in two-phase wet steam flow.

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。

8·The influence of the dry degree of wet steam and water droplet diameter on the discharge temperature and compression power is discussed.

分析了湿蒸气进气干度及水滴微粒直径对排气温度、排气压力和压缩功率的影响。

9·Numerical investigations are implemented on the wet steam flows with homogeneous condensation in a turbine stage and heterogeneous condensation in a cascade.

湿蒸汽流动问题研究对提高蒸汽透平设计水平具有重要意义。本文对级环境下的自发凝结流动和和叶栅中的非均质凝结流动进行了数值研究。

10·The size distribution, motion behaviours and deposition positions of the coarse water droplets in the diaphragm of wet steam turbines were calculated and analysed.

本文计算并分析了湿蒸汽汽轮机级隔板中大分散度水份的尺寸分布、运动特性及沉积位置。