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Inverse problems of lidar sensing of the atmosphere
1. Introduction.- 2. Theory of Optical Sensing in Aerosol Polydispersed Systems.- 3. Determination of the Microphysical Parameters of Aerosol Ensembles by the Method of Multi-Frequency LaserExpand
  • 33
Integral-equation method for interpreting laser-sounding data on atmospheric gas components using differential absorption.
Data on laser sounding of an atmospheric humidity field are interpreted by using the differential-absorption method. A regularizing algorithm for restoring the accuracy of the water-vapor profile byExpand
  • 5
Optical studies of smoke aerosols: an inversion method and its applications.
An optical method of investigating atmospheric aerosol is described. The numerical scheme for determining the microstructure and the refractive index of an aerosol from angular measurements of theExpand
  • 10
Determination of aerosol parameters of the atmosphere by laser sounding from space
Abstract This paper presents some theoretical aspects associated with statement of a problem of laser sounding of aerosol atmosphere from a cosmic apparatus. The paper consists of two parts: Part IExpand
  • 8
Theory of Optical Sensing in Aerosol Polydispersed Systems
Optical methods for investigating aerosol formations in the atmosphere are in fact indirect methods and therefore their use in practice is, as a rule, connected with the solution of systems ofExpand
  • 4
Lower-stratospheric aerosol microstructure investigation with multifrequency lidar.
The results of investigation of the lower-stratospheric aerosol microstructure by the inverse-problem method based on double-wave lidar sounding data at λ = 0.53 and 0.694 μm are discussed. AssumingExpand
  • 1
Digital simulation in radiation defectoscopy of inhomogeneous materials
The formulation of a mathematical model for concrete-type structures was examined. Concrete structures from the viewpoint of the distribution of coarse fillers can be represented by a random fillingExpand