2012Jisuanji fangzhenRequires access

Study on Correction of Atmospheric Refraction Error of Optical Measurement Data in Navy Range

Zhao Man-qing

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Abstract

Atmospheric refraction error is one of the primary systems errors.How to correct the atmospheric refraction error of optical measurement data in navy rage was studied in this paper.First,the model of atmospheric refraction error was founded.In succession,the computing process was introduced in detai1 At last,the data of negative elevation,low elevation and high elevation were used to correct the atmospheric refraction error of optical measurement data to test the method.The results verify that the method is scientific and reasonable.The method can not only correct the atmospheric refraction error of optical measurement data in navy range but also improve the data precision and reliability.

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What this paper is about

Atmospheric refraction error is one of the primary systems errors.How to correct the atmospheric refraction error of optical measurement data in navy rage was studied in this paper.First,the model of atmospheric refraction error was founded.In succession,the computing process was introduced in detai1 At last,the data of negative elevation,low elevation and high elevation were used to correct the atmospheric refraction error of optical measurement data to test the method.The results verify that the method is scientific and reasonable.The method can not only correct the atmospheric refraction error of optical measurement data in navy range but also improve the data precision and reliability.

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Available abstract

Atmospheric refraction error is one of the primary systems errors.How to correct the atmospheric refraction error of optical measurement data in navy rage was studied in this paper.First,the model of atmospheric refraction error was founded.In succession,the computing process was introduced in detai1 At last,the data of negative elevation,low elevation and high elevation were used to correct the atmospheric refraction error of optical measurement data to test the method.The results verify that the method is scientific and reasonable.The method can not only correct the atmospheric refraction error of optical measurement data in navy range but also improve the data precision and reliability.

Key concepts: Atmospheric refraction, Refraction, Elevation (ballistics), Observational error, Range (aeronautics), Remote sensing, Navy, Environmental science

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