Universal thermometry of solid–liquid interfacial thermal conductance

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Novel thermometry technique quantifies interfacial thermal conductance in diverse systems, suggesting broader applications in energy systems.

Quantitative characterization of interfacial thermal conductance revealed values of 5.7 to 55 MW m−2 K−1.
Thermometry method validated on Al-water and Al-silicone oil interfaces, demonstrating consistent results.
Analysis involving molecular dynamics simulations highlights key factors influencing thermal transport at interfaces.
Findings suggest potential for enhanced energy systems performance through improved interfacial heat transfer.

Chen et al. (2025) studied this question.

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Novel thermometry technique quantifies interfacial thermal conductance in diverse systems, suggesting broader applications in energy systems.