首页> 外文会议>International Conference on Nuclear Engineering >DEVELOPMENT OF TECHNOLOGIES ON INNOVATIVE-SIMPLIFIED NUCLEAR POWER PLANT USING HIGH-EFFICIENCY STEAM INJECTORS (11) VISUALIZATION STUDY ON THE START-UP OF THE STEAM INJECTOR
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DEVELOPMENT OF TECHNOLOGIES ON INNOVATIVE-SIMPLIFIED NUCLEAR POWER PLANT USING HIGH-EFFICIENCY STEAM INJECTORS (11) VISUALIZATION STUDY ON THE START-UP OF THE STEAM INJECTOR

机译:使用高效蒸汽喷射器(11)可视化研究在蒸汽喷射器启动中的创新简化核电站技术的发展

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The Steam Injector is the superior system to pump the fluid without rotating machine. Because the water column is surrounded by the saturated steam, very high heat transfer is also expected with direct condensation. The inside of the Steam Injector is very complicated. To improve the efficiency of the Steam Injector, the water column behavior inside the Injector is visualized using the Dynamic PIV system. Dynamic PIV system consists of the high-speed camera and lasers. In this study, 384 × 180 pixel resolution with 30,000 fps camera is used to visualize the flow. For the illumination CW green laser with 300 mW is applied. To view inside the Injector, relay lens system is set at the Injector wall. Very high-speed water column during the starting up of Steam Injector had been clearly visualized with 30,000 fps. The wave velocity on the water column had been analyzed using PIV technique. The instability of the water column is also detected.
机译:蒸汽喷射器是泵送流体而无需旋转机器的优越系统。因为水柱被饱和蒸汽包围,所以预期直接冷凝也有非常高的传热。蒸汽喷射器的内部非常复杂。为了提高蒸汽喷射器的效率,使用动态PIV系统可视化喷射器内的水柱行为。动态PIV系统由高速相机和激光器组成。在本研究中,使用384×180像素分辨率,使用30,000 FPS相机用于可视化流程。对于使用300 MW的照明CW绿色激光器。要在注射器内部视图,中继镜头系统设置在喷射器壁上。在蒸汽喷射器启动期间非常高速水柱已经用30,000 fps清晰可视化。使用PIV技术分析了水柱上的波速。还检测到水柱的不稳定性。

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