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2021•Journal of Optical TechnologyRequires access

Synthesis of narrow-band interference filters with absorbing metal films

E. N. Kotlikov, A. N. Tropin

Open publisher page 3 citations

Abstract

Designs of narrow-band infrared metal–dielectric interference filters are proposed. The unique feature of the developed filters is the fact that the metal films are positioned within the interference coating structure to suppress the unwanted transmission of long-wavelength radiation with wavelengths exceeding 3.5 µm. The peculiarities of the design and spectral properties of such filters are demonstrated using a narrow-band filter with a transmission maximum at 3.43 µm, which is used in infrared nondispersive absorption gas sensors.

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What this paper is about

Designs of narrow-band infrared metal–dielectric interference filters are proposed. The unique feature of the developed filters is the fact that the metal films are positioned within the interference coating structure to suppress the unwanted transmission of long-wavelength radiation with wavelengths exceeding 3.5 µm. The peculiarities of the design and spectral properties of such filters are demonstrated using a narrow-band filter with a transmission maximum at 3.43 µm, which is used in infrared nondispersive absorption gas sensors.

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Available abstract

Designs of narrow-band infrared metal–dielectric interference filters are proposed. The unique feature of the developed filters is the fact that the metal films are positioned within the interference coating structure to suppress the unwanted transmission of long-wavelength radiation with wavelengths exceeding 3.5 µm. The peculiarities of the design and spectral properties of such filters are demonstrated using a narrow-band filter with a transmission maximum at 3.43 µm, which is used in infrared nondispersive absorption gas sensors.

Key concepts: Interference (communication), Materials science, Interference filter, Wavelength, Infrared, Optics, Optoelectronics, Coating

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