Citations (12)
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D.A. Boyarskii & V.V. Tikhonov. (2000) The Influence of Stratigraphy On Microwave Radiation From Natural Snow Cover. Journal of Electromagnetic Waves and Applications 14:9, pages 1265-1285.
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D.A. Boyarskii, V.V. Tikhonov, N.I. Kleeorin & V.G. Mirovskii. (1994) Inclusion of scattering losses in the models of the effective permittivity of dielectric mixtures and applications to wet snow. Journal of Electromagnetic Waves and Applications 8:11, pages 1395-1410.
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Articles from other publishers (10)
D. A. Boyarskii & V. V. Tikhonov. (1999) Modeling VHF emissivity of snow cover with account of its stratigraphy. Radiophysics and Quantum Electronics 42:9, pages 742-752.
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J.T. Pulliainen, J. Grandell & M.T. Hallikainen. (1999) HUT snow emission model and its applicability to snow water equivalent retrieval. IEEE Transactions on Geoscience and Remote Sensing 37:3, pages 1378-1390.
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D.A. Boyarskii & V.V. Tikhonov. (1999) Consideration of the stratigraphy of snow cover in modeling its emissivity in the microwave. Consideration of the stratigraphy of snow cover in modeling its emissivity in the microwave.
D. A. Boyarskii. (1997) Microwave radiometry of the snow cover and frozen soil at a frequency of 3.95 GHZ. Radiophysics and Quantum Electronics 40:8, pages 705-711.
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Roger C. Bales & Robert F. Harrington. (1995) Recent progress in snow hydrology. Reviews of Geophysics 33:S2, pages 1011-1020.
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J. Noll, J.P.V.P. Baptista & M. Borgeaud. (1995) Emissivity of snow-covered terrains for spaceborne applications. Emissivity of snow-covered terrains for spaceborne applications.
D.A. Boyarskii. (1995) Passive microwave observations of snow and frozen soil at 3.95 GHz. Passive microwave observations of snow and frozen soil at 3.95 GHz.
D.A. Boyarskii & V.S. Etkin. (1994) Two flow model of wet snow microwave emissivity. Two flow model of wet snow microwave emissivity.
D.A. Boyarskii & V.V. Tikhonov. (1994) Microwave effective permittivity model of media of dielectric particles and applications to dry and wet snow. Microwave effective permittivity model of media of dielectric particles and applications to dry and wet snow.
V.V. Tikhonov. (1994) Model of complex dielectric constant of wet and frozen soil in the 1-40 GHz frequency range. Model of complex dielectric constant of wet and frozen soil in the 1-40 GHz frequency range.