An apparatus for optimizing the photothermal radiation power density of a photothermal radiation heating source module

Abstract

The present invention is an apparatus for optimizing the photothermal radiation power density of a photothermal radiation heating source module. The apparatus utilizes one or more types and one or more layers of coatings which a reflective film plays as the dominant role on the surface of the selected element(s) of a photothermal radiation source module with high accumulation density, so as to significantly reduce the photothermal radiation power density absorbed by the photothermal radiation source module with high accumulation density constructed by a plurality of electrothermal-to-radiative assemblies, thereby significantly simplifying the heat dissipation cooling system of the photothermal radiation source module and the power consumption required to maintain its normal operation, thereby achieving a device and design that improves its overall radiation power density capability, thereby significantly expanding its application scope for a wider range of heating procedures with higher power density requirements, higher temperatures and / or controllability of faster temperature ramping up / down rates.

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