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Theoretical Analysis of Hydrogen Concentration Distribution and Acoustic Field in Na-Water Steam Generator in Presence of Micro-Leak

机译：微泄漏存在下Na水蒸汽发生器氢浓度分布与声场的理论分析

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The theoretical foundations of hydrogen concentration distribution and the acoustic field in a Na-water steam generator in the presence of micro-leaks are considered. It is shown that both problems lead to the solution of the same boundary value problem for the two-dimensional Helmholtz equation. For the solution of the Helmholtz equation the multiple scattering method is applied. The application of the presented theory in the practice is discussed. (Atomindex citation 15:018330)

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作者
Kozma, R.; Katona, T.;
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年度 1983
页码 1-31
总页数 31
原文格式 PDF
正文语种 eng
中图分类工业技术;
关键词
Sodium Cooled Reactors; Acoustic Emission Testing; Bubbles; Distribution; Fokker-Planck Equation; Hydrogen; Leak Testing; Leaks; Sound Waves; Steam Generators;

机译：钠冷却反应堆;声发射测试;气泡;分布; Fokker-planck方程;氢气;泄漏测试;泄漏;声波;蒸汽发生器;

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Theoretical Analysis of Hydrogen Concentration Distribution and Acoustic Field in Na-Water Steam Generator in Presence of Micro-Leak

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