Optical remote sensing of atmospheric turbulence: a comparison with simultaneous thermal measurements
J. Vernin, R. Barletti, G. Ceppatelli, L. Paternò, A. Righini, N. Speroni
Abstract
J. Vernin, R. Barletti, G. Ceppatelli, L. Paternò, A. Righini, N. Speroni
Abstract
In this paper we describe a two-part experiment: measuring atmospheric turbulence both optically and thermally from 2 km up to the stratosphere. The consistency of the results shows that the optical technique may be a powerful tool for studying atmospheric turbulence from ground-based equipment.
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In this paper we describe a two-part experiment: measuring atmospheric turbulence both optically and thermally from 2 km up to the stratosphere. The consistency of the results shows that the optical technique may be a powerful tool for studying atmospheric turbulence from ground-based equipment.
Key concepts: Atmospheric turbulence, Turbulence, Atmospheric optics, Remote sensing, Stratosphere, Clear-air turbulence, Optics, Environmental science