Transmittance of multi Gaussian optical beams for uplink applications in atmospheric turbulence
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Date
2015
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Ieee-inst Electrical Electronics Engineers inc
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Abstract
On-axis slant path uplink transmittance (used in short as transmittance throughout the text) for multi Gaussian optical beam in Kolmogorov atmospheric turbulent medium is investigated. It is observed that for both the flat-topped and the annular beams, as the propagation distance, wind speed and the zenith angle increase, the transmittance decreases. The transmittance of flat-topped beams increases when the number of beams, source size or the wavelength increases. For the annular beam, when the outer/inner beam size ratio is kept constant, larger source sizes yield larger transmittance values. Transmittance of the thicker annular beams is found to be larger than the transmittance of the thinner annular beams.
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Keywords
Transmittance, Optical Propagation, Optical Turbulence
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Citation
Ata, Y., Baykal, Y. (2015). Transmittance of multi Gaussian optical beams for uplink applications in atmospheric turbulence. IEEE Journal On Selected Areas In Communications, 33(9), 1996-2001.
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Q1
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Q1
Source
Volume
33
Issue
9
Start Page
1996
End Page
2001