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低濃度納米流體粘度變化規(guī)律試驗
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    摘要:

    測定了不同納米顆粒、分散劑、pH值和溫度下的納米流體的粘度,分析了粘度隨這些因素的變化規(guī)律。結果表明,納米流體粘度較基液有一定程度的增大,增加比例在1.002~1.182之間。在此基礎上提出納米流體粘度修正公式,經(jīng)檢驗,在低濃度下該公式能較好地預測納米流體的粘度。

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    Due to the excellent heat transfer and transportation properties, nanofluids have brought a new direction for heat transfer and industrial application. It's highly expected that nanofluids can enhance heat transfer performance without increasing pressure drop, so viscosity is one of the key properties of nanofluids. However, researches of nanofluids are only at the beginning steps, and there aren't all-around viscosity tests on the factors and a good equation to describe the viscosity of nanofluids. Several kinds of nanofluids, varied in their nano-particle, dispersant, pH value and temperature were prepared and the viscosity was measured to analyze the trends of viscosity on all the above factors. Based on the previous viscosity models for two-phases mixture, a new model was summed up for nanofluids. Compared with test values, the calculated values on the new model have verified that the model suited to predict the viscosity of nanofluids.

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彭小飛,俞小莉,夏立峰,鐘勛.低濃度納米流體粘度變化規(guī)律試驗[J].農(nóng)業(yè)機械學報,2007,38(4):138-141.[J]. Transactions of the Chinese Society for Agricultural Machinery,2007,38(4):138-141.

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