Russian Edition September -October 1995

** Parametric description of the atmospheric water surface
** * M. M. Zaslavskiy
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** A numerical model for the structure of stationary planetary waves
** * B. E. Stepanov
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** Subcritical flow in a system of four vortices
** * S. D. Danilov and V. A. Dovzhenko
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** Internal gravity waves in the middle atmosphere: 1. Spectra and wave action budget equation
** * A. N. Belyaev
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** Thermocapillary analogue of Rossby waves
** * G. S. Kirichenko and P. V. Poritskiy
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** Radiative transfer in vertically and horizontally inhomogeneous clouds
** * L. M. Romanova
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** Polarization effects during light propagation in media characterized by highly anisotropic scattering
** * E. E. Gorodnichev and D. B. Rogozkin
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** Studies of the total water vapor content in the atmosphere
** * V. N. Aref'ev, N. Ye. Kamenogradsky, F. V. Kashin, and V. P. Ustinov
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** Aerosol models for computations of radiative characteristics of the atmosphere
** * L. A. Gavrilova and L. S. Ivlev
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** The Messina whirls in the present and past
** * S. A. Androsov, N. Ye. Vol'tsinger, B. A. Kagan, and E. Salusti
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** Anisotropy of spatiotemporal correlations of the sea wind wave field
** * G. N. Khristoforov, A. S. Zapevalov, and V. Ye. Smolov
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** Scaling effects in the modeling of internal waves in basin covered by surfactant films
** * E. N. Pelinovskiy and T. G. Talipova
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** An investigation of the influence of a surfactant film on the dissolution of a bubble moving in seawater
** * V. K. Goncharov and N. Yu. Klement'eva
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** The generation of long nonlinear waves by traveling disturbances of atmospheric pressure
** * A. V. Konovalov and L. V. Cherkesov
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** The role of solar radiation and boundary conditions in simulation of the mixed oceanic layer
** * V. S. Orlov
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** Evolution of a vortex due to a mass sink in a shallow water model
** * P. N. Svirkunov and M. V. Kalashnik
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** A fluorescence intensity change caused by the organic matter transition from a suspension to a solution
** * V. M. Sidorenko and S. A. Pakkonen
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** Model estimate of ozone destruction potential of halon 124V1
** * I. L. Karol' and A. A. Kiselev
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