2024
DOI: 10.7498/aps.73.20240192
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Molecular dynamics simulation of effect of non-condensable gases on heat transfer of water molecule flow in nanochannels

He-Wei Xing,
Zhan-Xiu Chen,
Li Yang
et al.

Abstract: As the realm of electronics progresses toward higher performance and miniaturization, the study of flow heat transfer within nanochannels has garnered increased scrutiny. To elucidate this phenomenon, molecular dynamics simulations were employed to emulate the behavior of fluids within nanochannels at temperatures of 300K, 325K, and 350K. Water served as the flow medium, with argon substituted for any non-condensable gases present. Within the flow process, argon atoms aggregate to form clusters characterized b… Show more

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