Hexagonal boron nitride flakes reduce plasmonic heating of gold nanospheres in water by up to 60% relative to glass, with heat dissipation limited by flake thickness and interfacial conductance.
Temperature-driven morphological and microstructural changes of gold nanoparticles prepared by aggregation from the gas phase.ACS Omega, 10(21):22052–22061, 2025
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Suppressing Plasmonic Heating in Aqueous Environments with Hexagonal Boron Nitride
Hexagonal boron nitride flakes reduce plasmonic heating of gold nanospheres in water by up to 60% relative to glass, with heat dissipation limited by flake thickness and interfacial conductance.