FIELD: physics.
SUBSTANCE: optical radiation pulses at different wavelengths are sent over the main probing path and two additional paths, where the wavelength of the optical radiation pulses is selected in absorption bands of the gaseous components to be determined. Signals of their reverse distance are picked up, from the intensity of which concentration of the gaseous components is determined. In the boundary layer of the atmosphere over the sea surface, the transfer mechanism and variability of salt streams are determined using a proton spin echo technique at different hydrometeorological conditions by measuring spin-lattice relaxation speed in atmospheric moisture over the sea surface.
EFFECT: invention increases reliability of determining gaseous components of the atmospheric layer on the boundary with the hydrosphere.
4 dwg
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Authors
Dates
2011-12-27—Published
2010-08-05—Filed