A213 Non-axisymmetrical mass transfer phenomenon behind an orifice in a pipe combined with curved swirling flow

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  • A213 曲り旋回流を伴う管内オリフィス背後の物質輸送現象の非軸対称性に関する研究(OS2 保全設備診断技術(3))

Abstract

The influence of the swirling intensity on non-axisymmetric mass transfer rate behind the orifice in a curved swirling flow is investigated experimentally. The experimental results indicate that the high mass transfer rate is observed on one side of the pipe behind the orifice in a strong swirling flow, although the mass transfer rate keeps almost axisymmetric distribution in a weak swirling flow.

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