Streamlining LWIR Imaging and Detection with an Ultra-Thin A

Streamlining LWIR Imaging and Detection with an Ultra-Thin Absorber

Recent research published in Coatings suggests a brand-new, high-performance metamaterial absorber with ultra-broadband high polarization selectivity and absorption throughout the LWIR atmospheric window. The absorber can achieve an absorptance of 90% with a 4700 nm bandwidth owing to various surface plasmons combined with optical phonons.

Related Keywords

Laura Thomson , Usman Ahmed , Usman Ahmedaug , Research Findings , Development Of High , High Performance Ultra Broadband Absorber , Polarized Long Wavelength Infrared Light , Metamaterials Based , High Performance Metamaterial ,

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