液气共存泊肃叶流中的压降局域化与动量绝缘
Pressure-drop localization and momentum insulation in liquid-gas coexistence Poiseuille flow
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中文总结 AI 辅助
研究绝热板间单组分流体在液气共存下的压力驱动泊肃叶流，通过体相方程识别极小无量纲参数，发现压差集中于界面区域且粒子流显著减弱，导致界面冷却。
中文摘要 AI 辅助
我们研究了绝热板间单组分流体在液气共存下的压力驱动泊肃叶流。该分析利用体相区域的泊肃叶流和傅里叶热传导，结合粒子和能量守恒。从这些体相方程中，我们识别出描述共存泊肃叶流的极小无量纲参数$A^\mathrm{L}$和$A^\mathrm{G}$，其微小性源于微观-宏观长度比的平方。在具有宏观液气区域的弱驱动下，压差集中在界面区域，且普通的泊肃叶粒子流被强烈抑制。对于等温储层，这种残余粒子流产生界面冷却。
英文摘要
We study Poiseuille flow of a one-component fluid between adiabatic plates in liquid-gas coexistence with a stationary interface. Using only bulk transport laws and particle and energy conservation, we identify small dimensionless parameters $A^\mathrm{L}$ and $A^\mathrm{G}$ governed by squared microscopic-to-macroscopic length ratios. In weak driving with macroscopic bulk regions and a regular interfacial temperature response, the pressure drop is concentrated across the interface, strongly suppressing the particle current. For equal-temperature reservoirs, the residual current produces interfacial cooling. Experimental feasibility is also discussed.
发表机构
- Ibaraki University（茨城大学）
- Kyoto University（京都大学）
机构由 AI 辅助整理，请以论文原文为准。
