Figure S2 (a) The thermal transient response (T(z)) and (b) its smoothened 1st derivative curve (Ṫ(z)) of LED module with different thickness of CuO composite coatings. Figure S3 The Foster equivalent circuit for theoretical analysis. Thermal capacitance versus thermal resistance plot for LED module with different Figure S4 thickness of CuO composite coatings. Junction temperature of the LED module with a heat sink with respect to the Figure S5 different coating thicknesses, with the average emissivity values of the composite
Figure S2 (a) The thermal transient response (T(z)) and (b) its smoothened 1st derivative curve (Ṫ(z)) of LED module with different thickness of CuO composite coatings. Figure S3 The Foster equivalent circuit for theoretical analysis. Figure S4 Thermal capacitance versus thermal resistance plot for LED module with different thickness of CuO composite coatings. Figure S5 Junction temperature of the LED module with a heat sink with respect to the different coating thicknesses, with the average emissivity values of the composite
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