2024
DOI: 10.1021/acsami.4c01488
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Coupling Effect of Structural Lubrication and Thermal Excitation on Phononic Friction

Yun Dong,
Futian Yang,
Jinguang Wang
et al.

Abstract: This work investigates the coupling effect of structural lubrication and thermal excitation on phononic friction between black phosphorus (BP) layers. As the rotation angle increases from commensurate to incommensurate states, the friction gradually decreases at any temperature. However, the role of temperature in friction depends on commensurability. For a rotation angle less than 10°, increasing temperature leads to a decrease in friction due to thermal excitation. Conversely, when the rotation angle exceeds… Show more

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