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Numerical analysis of wideband solar absorber using thick film with glassy material, resonator and back reflector

机译：Numerical analysis of wideband solar absorber using thick film with glassy material, resonator and back reflector

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摘要

Abstract Absorbing radiation is a major challenge from the initial period and much research has still in progress in the area of absorbing radiation coming from space. In the absorber materials and structure field, it is hardly noticed that having uniform absorbance has many applications. To utilize these applications thick film structures have been investigated in this study. Here in this work, the proposed three-layer structure gives almost similar absorption over the full spectral range. The proposed structure is demonstrating above 98.09% absorption over the entire spectrum which is observed. Where the maximum absorption is 98.36% for a wavelength range of 2800 nm and the minimum absorption is 98.09% for a 200 nm wavelength range. In this paper, we proposed the structure is performing almost 98.09% absorption with ± 0.27% of variation with wavelength. Thick film structures are easy to fabricate and fewer materials require in that; which leads to low-cost devices. The devices that can be designed using this structure have applications in optical sensors, bio-sensors, and other devices used for nuclear reactors, satellites, and spacecraft-like technology due to zero transmission of radiation.

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