The application of signal analysis in the nuclear power system under ocean conditions

Yun Guo, Gong Cheng, Zeng Heyi
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Abstract

Parallel-channel two-phase flow systems with ocean conditions suffer from very serious parallel instability, depending on the inherent characteristic of each channel and operating conditions. The influences of ocean conditions on the instability of parallel channel are very intensive. The trajectories of mass flow are very complex, sometimes even chaos occurs. In this paper, Fast Fourier Transformation (FFT) method is used to analyze the curve of mass flow. Based on this method a complex oscillation curve can be decomposed. Some basic motion and inherent characteristics can be shown by the decomposition. The onset of inherent parallel instability is also analyzed.
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信号分析在海洋条件下核动力系统中的应用
海洋条件下的平行通道两相流系统具有非常严重的平行不稳定性,这取决于每个通道的固有特性和运行条件。海洋条件对平行航道不稳定性的影响是非常强烈的。质量流的运动轨迹非常复杂,有时甚至会出现混沌现象。本文采用快速傅里叶变换(FFT)方法对质量流曲线进行分析。基于该方法,可以对复杂的振荡曲线进行分解。通过分解可以显示出一些基本运动和固有特征。文中还分析了固有平行不稳定性的发生。
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