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首页> 外文期刊>Journal of Chemical Engineering of Japan >LIQUID PHASE MIXING IN THE GAS-LIQUID JET REACTOR WITH LIQUID JET EJECTOR
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LIQUID PHASE MIXING IN THE GAS-LIQUID JET REACTOR WITH LIQUID JET EJECTOR

机译:带有液体射流喷射器的气液射流反应器中的液相混合

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References(13) Cited-By(10) The liquid-phase mixing pattern and dispersion coefficients were studied by the tracer concentration distribution at steady state and the impulse response method for the gas-liquid jet reactor with liquid jet ejector. The longitudinal liquid-phase mixing pattern was quite different between the spouting section and the calm section. In the spouting section, which was the lower region in the column, the liquid phase was regarded as almost completely mixed flow. By contrast, in the calm section, which was the upper region, the value of the dispersion coefficient was fairly smaller than that in bubble columns and back-mixing of the liquid phase was suppressed.
机译:参考文献(13)引用(10)利用示踪剂在稳态下的浓度分布和脉冲响应方法对带有液体喷射器的气液喷射反应器研究了液相混合模式和弥散系数。纵向液相混合模式在喷射部分和平静部分之间完全不同。在塔的下部区域即喷射段中,液相被认为是几乎完全混合的流。相比之下,在作为上部区域的平静区中,分散系数的值比在鼓泡塔中的分散系数的值小得多,并且抑制了液相的反混。

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