1064 nanometer laser propagation test and analysis at the TISTEF 1 kilometer range

This research summarizes the events of a laser propagation test at the TISTEF laser range during January 2024. A 1064 nanometer (nm) continuous-wave (cw) fiber laser was focused at 1 kilometer and propagated in a variety of conditions over a week-long period. Meteorological instruments including a Scintec BLS900, MZA DELTA, and sonic anemometers were deployed along the optical path. The propagated beam spot was recorded at 100 Hz from both transmit and receive site locations. The processed imagery from both cameras generated beam profile data such as short-term spot size, long-term spot size, and beam wander. These statistics were explored as a function of measured atmospheric parameters such as visibility, refractive index structure parameter, wind speed, and more.

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Publication Details

Published
2024-10-03
DOI
https://doi.org/10.1117/12.3027086
Primary Topic
Advanced Optical Sensing Technologies
Type
article
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1064 nanometer laser propagation test and analysis at the TISTEF 1 kilometer range

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Advanced Optical Sensing Technologies
article

1064 nanometer laser propagation test and analysis at the TISTEF 1 kilometer range

Robert Bernath, Matthew B. Salfer-Hobbs, Robert Crabbs, Thomas J. Miletich, Anthony Eppley, Martin Richardson, Daniel Turbe, Sage Wagner
article en

Abstract

This research summarizes the events of a laser propagation test at the TISTEF laser range during January 2024. A 1064 nanometer (nm) continuous-wave (cw) fiber laser was focused at 1 kilometer and propagated in a variety of conditions over a week-long period. Meteorological instruments including a Scintec BLS900, MZA DELTA, and sonic anemometers were deployed along the optical path. The propagated beam spot was recorded at 100 Hz from both transmit and receive site locations. The processed imagery from both cameras generated beam profile data such as short-term spot size, long-term spot size, and beam wander. These statistics were explored as a function of measured atmospheric parameters such as visibility, refractive index structure parameter, wind speed, and more.

University of Central Florida (US)
Openalex Percentile: Top 86%
Advanced Optical Sensing Technologies
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