Estimation of thermoacoustic field in a helium circulation system based on perturbative analysis

Jumpei Mori, S. Honda
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Abstract

Thermoacoustic oscillation in a helium circulation system is a serious problem to its performance. From a perturbative analysis to the conservative laws on the helium flow, it has been shown that the zeroth order temperature plays an important role on both oscillation and steady flow. From the analysis and an evaluation of the thermal radiation from the environment, the estimation method of the internal fields from the boundary measurements has been derived.
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基于微扰分析的氦循环系统热声场估计
热声振荡是影响氦循环系统性能的一个重要问题。从微扰分析到氦流的守恒定律,证明了零阶温度对振荡和定常流动都起着重要的作用。通过对环境热辐射的分析和评价,导出了由边界测量得到的内部场的估计方法。
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