237 results on '"Borovoi, Anatoli G."'
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52. Calculation of light scattering matrix on particles of dust aerosol.
53. Absorption accounting in the light scattering problem for arbitrarily shaped atmospheric ice particles within physical optics approximation method.
54. Microwave scattering matrices for ice crystals of cirrus clouds calculated with the discrete dipole approximation (DDA).
55. Combined use of lidar and radar for studying microphysical properties of cirrus clouds.
56. Calculation of light scattering matrix for quasi-horizontally oriented atmospheric ice crystals within the geometrical optics approximation.
57. Аpplication of the discrete dipole method and the approximation of physical optics to the problem of light scattering by atmospheric ice crystals of cirrous clouds for remote sensing problems.
58. Data bank of the optical properties of ice particles of cirrus clouds for interpretation of lidar data of Russian Orbital Station.
59. Negative polarization for the light scattering by irregular shaped particles.
60. Verification of the physical optics approximation for the calculation of the light scattering matrixes on polyhedral Platonic bodies.
61. Problem of light scattering by atmospheric ice crystals
62. Light scattering matrix for quasi-horizontally oriented atmospheric ice crystals for radiation transfer problems
63. Retrieving microphysics of cirrus clouds from lidar-radar and depolarization ratios
64. Light scattering on large ice spherical particles for lidar sounding of atmosphere
65. Numerical solution of the light scattering problem for atmospheric ice particles in the infrared range for retrieving the microphysical properties of cirrus clouds
66. Calculating the radar signal reflected from cirrus cloud by discrete dipole approximation
67. Calculation of backscattering matrix for ice particles of cirrus clouds for 1.55 and 2 micron lidars within the physical optics approximation
68. Scattering matrixes of hexagonal ice crystals of cirrus clouds calculated for problems of radiation balance.
69. Appearance of the corner reflection effect in cirrus clouds for off-zenith lidar profiling.
70. Numerical study of extinction matrix in cirrus clouds.
71. Backscattering matrices calculation for atmospheric ice crystals within the physical optics approximation with absorption effect.
72. Backscattering by hexagonal ice crystals with a large distortion angles.
73. Calculation of cirrus clouds backscattering for lidar studies within the physical optics approximation.
74. Influence of cirrus clouds ice crystal’s deformation on the backscattering matrix calculated within the physical optics approximation
75. Comparison between the physical-optics approximation and exact methods solving the problem of light scattering by ice crystals of cirrus clouds
76. Investigations of the optical properties of cirrus clouds crystals in the case of predominantly azimuthal orientation
77. Backscatter ratios using lidar sounding over Tomsk and Hefei
78. Retrieving the microphysical properties of ice clouds from simultaneous observations by a lidar and an all-sky camera
79. Optical and microphysical properties of cirrus clouds retrieved from combined lidar and radar measurements
80. Development of the algorithm for light scattering by concave ice crystals of cirrus clouds.
81. Main types of optical beams giving predominant contributions to the light backscatter for the irregular hexagonal columns.
82. POWER LAWS FOR THE BACKSCATTERING MATRICES IN THE CASE OF LIDAR SENSING OF CIRRUS CLOUDS.
83. Problem of light scattering by atmospheric ice crystals.
84. Absorption accounting in the light scattering problem for arbitrarily shaped atmospheric ice particles within physical optics approximation method
85. Microwave scattering matrices for ice crystals of cirrus clouds calculated with the discrete dipole approximation (DDA)
86. Combined use of lidar and radar for studying microphysical properties of cirrus clouds
87. Calculation of light scattering matrix for quasi-horizontally oriented atmospheric ice crystals within the geometrical optics approximation
88. Coherent and incoherent additions of light beams at solutions of the light scattering problem by use the beam tracing method within the framework of physical optics
89. Interference phenomena at backscattering by ice crystals of irregular shape
90. Comparison of the physical optics code with the GOIE method and the direct solution of Maxwell equations obtained by FDTD
91. Polarization lidars with conical scanning for retrieving the microphysical characteristics of cirrus clouds
92. Multiple scattering of short waves by uncorrelated and correlated scatterers
93. Comparison of the geometrical and physical optics approximations for solving the problem of light scattering by quasi-horizontally oriented ice plates
94. Comparison of the ray-tracing and beam-tracing methods in the problem of light scattering by ice crystals of cirrus clouds
95. Numerical study of extinction matrix in cirrus clouds
96. Backscattering matrices calculation for atmospheric ice crystals within the physical optics approximation with absorption effect
97. Backscattering by hexagonal ice crystals with large distortion angles
98. Calculation of cirrus clouds backscattering for lidar studies within the physical optics approximation
99. Simulation of a scanning lidar signal for the case of a mixture of quasi-horizontally oriented hexagonal particles and randomly oriented particles of arbitrary shape.
100. Solution of the light scattering problem by small atmospheric ice crystals by discrete dipole approximation and comparison with the physical optics approximation.
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