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本文分析了ｋｅｎｉｃｓ型静态混合器的工作原理，分别以空气和水为实验介质，测定了静态混合器中的流动阻力，得出了单相流体流动摩擦系数ｆ与雷诺数的关联式（测量范围Ｒｅ＝７１１──１５４７７）──７５４７７）以及气──液两相流体流动阻力的计算方法（适用范围：气相雷诺数ＲｅＧ＝７１１──４７４６，液相雷诺数ＲｅＤ＝１２８９──１５４７７），和文献中所报道的结果基本相。文中还分析了静态混合元件对流动阻力的影响。
In this paper, the working principle of kenics type static mixer is analyzed. The flow resistance in static mixer is measured by using air and water respectively. The relation between the flow coefficient f and the Reynolds number is obtained Re = 711──15477) ──75477) and the gas-liquid two-phase fluid flow resistance calculation method (scope: Reynolds number ReG = 711 ─ ─ 7496, liquid Reynolds number ReD = 1289 ─ ─ 15477) And the results reported in the literature are basically the same. The article also analyzes the static mixing of components on the flow resistance.