Features of the diffraction pattern formation of the laser radiation, reflected from the CCRs in automatic system for docking the space transport vehicle and orbital station

CCRs) of the automatic docking systems of the space transport vehicles (STV) and orbital stations (OSs) are observed. The influence of the CCRs edges chamfers and the offset of three dihedral angles of the CCRs on the energy distribution of the radiation reflected from the CCRs for different distanc...

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Main Authors: Akentev, A.S., Afanasenkov, U.M., Sokolov, A.L., Bazzaeva, S.N.
Format: Conference Proceeding
Language:English
Subjects:
corner cube reflectors
diffraction pattern
Integrated optics
Meters
Optical diffraction
Optical reflection
orbital station
Orbits
Pattern formation
space transport vehicles
Space vehicles
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Afanasenkov, U.M.
Sokolov, A.L.
Bazzaeva, S.N.
description CCRs) of the automatic docking systems of the space transport vehicles (STV) and orbital stations (OSs) are observed. The influence of the CCRs edges chamfers and the offset of three dihedral angles of the CCRs on the energy distribution of the radiation reflected from the CCRs for different distances between the STV and the OSs has been determined. The method of the determination of the optimal CCRs light diameter for the automatic docking systems is proposed.
doi_str_mv 10.1109/ICLO59702.2024.10624309
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subjects corner cube reflectors
diffraction pattern
Integrated optics
Meters
Optical diffraction
Optical reflection
orbital station
Orbits
Pattern formation
space transport vehicles
Space vehicles
title Features of the diffraction pattern formation of the laser radiation, reflected from the CCRs in automatic system for docking the space transport vehicle and orbital station
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