
Thin wick-free vapor chambers with wettability-patterned surfaces can achieve significantly lower thermal resistances compared to non-patterned designs, while maintaining performance across a wide range of fluid charging ratios.


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thermal-performance-of-a-thin-wick-free-vapor-chamber-with-liquid-assisted-cooling


Thermal Performance of a Thin Wick-free Vapor Chamber with Liquid-assisted Cooling


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The dependence of thermophysical properties, such as thermal conductivity and specific heat capacity, on temperature does not significantly affect the qualitative behavior of active cooling in microvascular composites, but it can slightly impact the quantitative performance.


effect-of-temperature-dependent-thermophysical-properties-on-thermal-regulation-in-microvascular-composites


Effect of Temperature-Dependent Thermophysical Properties on Thermal Regulation in Microvascular Composites
