Abstract
The properties of nanoconfined fluid are critical for the design and precise control of nanofluidic devices. To understand the fundamental details of the viscosity of nanoconfined aqueous NaCl solution, we investigated the impact of the thermal motion of silicon atoms on the viscosity of nanoconfined aqueous NaCl solution using molecular dynamic simulations. The results show that thermal motion of silicon atoms can decrease the viscosity of NaCl solution, and this impact is significant when the shear rate is small.
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Schedule a callMore From: Modern physics letters. B, Condensed matter physics, statistical physics, applied physics
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