Infrared optical properties of polycrystalline silver halide fibers

A. Saar; F. Moser; S. Akselrod; A. Katzir

doi:10.1063/1.97150

Infrared optical properties of polycrystalline silver halide fibers

A. Saar^*, F. Moser, S. Akselrod, A. Katzir

^*Corresponding author for this work

Research output: Contribution to journal › Article › peer-review

37 Scopus citations

Abstract

The power transmission characteristics at 10.6 μm, and the infrared spectral transmission from 2 to 13 μm, of extruded silver halide fibers of composition AgCl_0.95Br_0.05 have been investigated. The transmitted power at 10.6 μm remains linearly dependent on the input power up to at least 40 W, with a total loss coefficient of about 0.7 dB/m. The output power has a Gaussian shape with an angular width of 60°independent of the input power geometry in a fiber of about 2 m length. The spectral transmission shows a number of sharp absorption features attributed to water and CO ^-2₃ impurities, superimposed on a background loss that can be fit to an expression of the form (16.2λ^-2+0.5) dB/m, with λ in μm. This background is a consequence of the scattering mechanism in these fibers.

Original language	English
Pages (from-to)	305-307
Number of pages	3
Journal	Applied Physics Letters
Volume	49
Issue number	6
DOIs	https://doi.org/10.1063/1.97150
State	Published - 1986
Externally published	Yes

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title = "Infrared optical properties of polycrystalline silver halide fibers",

abstract = "The power transmission characteristics at 10.6 μm, and the infrared spectral transmission from 2 to 13 μm, of extruded silver halide fibers of composition AgCl0.95Br0.05 have been investigated. The transmitted power at 10.6 μm remains linearly dependent on the input power up to at least 40 W, with a total loss coefficient of about 0.7 dB/m. The output power has a Gaussian shape with an angular width of 60°independent of the input power geometry in a fiber of about 2 m length. The spectral transmission shows a number of sharp absorption features attributed to water and CO -23 impurities, superimposed on a background loss that can be fit to an expression of the form (16.2λ-2+0.5) dB/m, with λ in μm. This background is a consequence of the scattering mechanism in these fibers.",

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year = "1986",

doi = "10.1063/1.97150",

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T1 - Infrared optical properties of polycrystalline silver halide fibers

AU - Saar, A.

AU - Moser, F.

AU - Akselrod, S.

AU - Katzir, A.

PY - 1986

Y1 - 1986

N2 - The power transmission characteristics at 10.6 μm, and the infrared spectral transmission from 2 to 13 μm, of extruded silver halide fibers of composition AgCl0.95Br0.05 have been investigated. The transmitted power at 10.6 μm remains linearly dependent on the input power up to at least 40 W, with a total loss coefficient of about 0.7 dB/m. The output power has a Gaussian shape with an angular width of 60°independent of the input power geometry in a fiber of about 2 m length. The spectral transmission shows a number of sharp absorption features attributed to water and CO -23 impurities, superimposed on a background loss that can be fit to an expression of the form (16.2λ-2+0.5) dB/m, with λ in μm. This background is a consequence of the scattering mechanism in these fibers.

AB - The power transmission characteristics at 10.6 μm, and the infrared spectral transmission from 2 to 13 μm, of extruded silver halide fibers of composition AgCl0.95Br0.05 have been investigated. The transmitted power at 10.6 μm remains linearly dependent on the input power up to at least 40 W, with a total loss coefficient of about 0.7 dB/m. The output power has a Gaussian shape with an angular width of 60°independent of the input power geometry in a fiber of about 2 m length. The spectral transmission shows a number of sharp absorption features attributed to water and CO -23 impurities, superimposed on a background loss that can be fit to an expression of the form (16.2λ-2+0.5) dB/m, with λ in μm. This background is a consequence of the scattering mechanism in these fibers.

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Infrared optical properties of polycrystalline silver halide fibers

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