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Journal of Tribology, 2016
Gemini hydrogels have repeatedly produced low friction under conditions generally not thought to be favorable to superlubricity: low sliding speeds, low contact pressures, macroscopic contact areas, and room temperature aqueous environments. A proposed explanation for this unique behavior is that thermal fluctuations at the interface are sufficient to ...
Angela A. Pitenis +4 more
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Superlubricity: a state of vanishing friction

Wear, 2000
Abstract The state of vanishing friction called “superlubricity” is discussed from theoretical and experimental viewpoints. We study the friction system consisting of two contacting surfaces, and derive the condition for the non-adiabatic motion of atoms to occur.
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High‐Temperature Superlubricity Microcapsules

Small
Abstract Superlubricity, characterized by an ultra‐low coefficient of friction (COF) below 0.01, is crucial for reducing energy losses in mechanical systems but remains challenging at high temperatures. This study designed a high‐temperature‐resistant solid–liquid coupled microcapsule containing perfluoropolyether
Peili Gao +6 more
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