Investigation on heat transfer during transpiration cooling with hydrocarbon fuel coolant

Enhanced Al2O3 Interlayer Coating for Inhibition of Filamentous Coke Formation in n-Dodecane Cracking Reaction

“…Therefore, research has been conducted since 1970 to enhance heat absorption rate using hydrocarbon-based absorbent fuels as coolants. , Absorbent fuels possess characteristics of absorbing heat and undergoing decomposition through thermal or catalytic decomposition reactions at high temperatures. Heat absorption from absorbent fuels can be distinguished into physical heat absorption and chemical heat absorption. , Physical heat absorption refers to sensible heat accompanying the temperature rise of the fuel, while chemical heat absorption represents the heat of reaction associated with the fuel’s decomposition, which can be maximized through catalysts.…”

“…Heat absorption from absorbent fuels can be distinguished into physical heat absorption and chemical heat absorption. 3,4 Physical heat absorption refers to sensible heat accompanying the temperature rise of the fuel, while chemical heat absorption represents the heat of reaction associated with the fuel's decomposition, which can be maximized through catalysts.…”