Direct photometric problem of optical monitoring of objects in circumterrestrial space

Murtazov, A. K.

doi:10.1007/s11182-006-0248-9

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Physical Simulation Of Space Bodies Spectral Brightness1

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2013

2020

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Cited by 3 publications

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“…In detail the issues of solving the celestial body photometry direct problem with the use of their photometric properties simulation results were tackled upon by the author in quite a number of papers [11][12][13]. These papers also provide scattering indicatrices for different natural and technogenic object surfaces.…”

Section: Physical Simulation Of Space Bodies Spectral Brightnessmentioning

confidence: 99%

Physical Simulation of Space Objects’ Spectral Characteristics for Solving the Reverse Problem of their Photometry

Murtazov¹

2013

AJMP

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Abstract:The reverse problem of the Solar system atmosphereless body and satellite photometry is the determination of their shapes, dimensions, and reflective properties based on the observed light curves. In general, the solution of the problem is not unambiguous. To disambiguate it, the author used the physical simulation method for obtaining satellite surface spectral indicatrices. This paper describes spectral characteristics of some space object surfaces which make it possible to identify them by photometric and spectral observation results.

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Section: Physical Simulation Of Space Bodies Spectral Brightnessmentioning

confidence: 99%