The energy consumption of thermal management systems in daily life accounts for over one-third of global energy dissipation,driving significant carbon emissions[1].Aerogels,characterized by their high porosity,are par...The energy consumption of thermal management systems in daily life accounts for over one-third of global energy dissipation,driving significant carbon emissions[1].Aerogels,characterized by their high porosity,are particularly effective in enhancing thermal insulation by restricting collisions between air molecules,lengthening heat transfer paths,and increasing interfacial thermal resistance[2].展开更多
文摘The energy consumption of thermal management systems in daily life accounts for over one-third of global energy dissipation,driving significant carbon emissions[1].Aerogels,characterized by their high porosity,are particularly effective in enhancing thermal insulation by restricting collisions between air molecules,lengthening heat transfer paths,and increasing interfacial thermal resistance[2].
