Z-scan measurements of water from 1150 to 1400  nm

Understanding the nonlinear properties of water is essential for laser surgery applications, as well as understanding supercontinuum generation in water. Unfortunately, the nonlinear properties of water for wavelengths longer than 1064 nm are poorly understood. We extend the application of the Z-sca...

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Published in:Optics letters 2018-09, Vol.43 (17), p.4196-4199
Main Authors: Marble, Christopher B, Clary, Joseph E, Noojin, Gary D, O'Connor, Sean P, Nodurft, Dawson T, Wharmby, Andrew W, Rockwell, Benjamin A, Scully, Marlan O, Yakovlev, Vladislav V
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Absorption spectra
Properties (attributes)
Refractivity
Water absorption
Wavelengths
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creator Marble, Christopher B
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description Understanding the nonlinear properties of water is essential for laser surgery applications, as well as understanding supercontinuum generation in water. Unfortunately, the nonlinear properties of water for wavelengths longer than 1064 nm are poorly understood. We extend the application of the Z-scan technique in water to determine its nonlinear refractive index (n ) and nonlinear absorption (β) for wavelengths in the 1150-1400 nm range, where linear absorption is also significant. We observe the wavelength-dependent variation of the nonlinear properties of water around the water absorption band.
doi_str_mv 10.1364/OL.43.004196
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subjects Absorption spectra
Properties (attributes)
Refractivity
Water absorption
Wavelengths
title Z-scan measurements of water from 1150 to 1400  nm
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