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EXPERIMENTAL RESEARCH OF ENHANCING INFLUENCE OF FeO NANOFLUID ON AMMONIA BUBBLE ABSORPTION PROCESS

机译:增强Feo Nanofluid对氨泡吸收过程的影响的实验研究

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The stable FeO nanofluid was first prepared in this work. The ammonia bubble absorption experiments about FeO nanofluid-based solution and water-based solution were carried out and compared under the two different conditions of constant flow flux and constant inlet pressure of ammonia gas, respectively. The results show that the absorption effect of ammonia is enhanced by the prepared nanofluid. Under the condition of constant inlet pressure of ammonia gas, the absorption enhanced effect occurs from the beginning of the absorption process; Under constant flow rate of ammonia gas, the enhanced absorption effect is just exhibited in a few minutes from the start. The possible reasons for the experimental results was analyzed and discussed. A reference is provided for subsequent mechanism research on the heat and mass transfer for nanofluids.
机译:首先在这项工作中制备稳定的FeO纳米流体。进行了关于Feo纳米流体基溶液和水基溶液的氨气吸收实验,并在两种不同的恒流通量和氨气的恒定入口压力的两个不同条件下进行比较。结果表明,通过制备的纳米流体增强了氨的吸收效应。在氨气的恒定入口压力的条件下,吸收增强效果发生在吸收过程的开始;在氨气的恒定流速下,距离开始几分钟后展出增强的吸收效果。分析并讨论了实验结果的可能原因。提供了一种参考,用于后续机制研究纳米流体的热量和传质。

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