Nanoscale Friction of Manganite Superlattice Films Controlled by Layer Thickness and Fluorine Content

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Experimental analysis of friction force in nanoscale materials indicates that surface modifications impact friction coefficient significantly.

Friction coefficient is systematically influenced by fluorine concentration and layer thickness, allowing precise control.
Frictional losses contribute to energy consumption, motivating the design of low-friction materials.
Analysis using lateral force microscopy reveals adhesion effects on friction forces across various films.
Insights on subsurface structure highlight the potential for tailored materials to optimize frictional behavior.

Weber et al. (2025) studied this question.

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Experimental analysis of friction force in nanoscale materials indicates that surface modifications impact friction coefficient significantly.