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2022•2022 57th International Scientific Conference on Information, Communication and Energy Systems and Technologies (ICEST)Requires access

Investigation of the influence of the distance and the angle of observation in radiometric measurements in the infrared spectrum

Hristo I. Hristov, Kalin L. Dimitrov

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Abstract

In this study, we will outline some significant possibilities of infrared radiometry for measurements of plant surface temperature. We will consider the importance of the distance from the object to the radiometer, as well as the angle at which the radiometer registers the radiation. We will show how the change of these two factors affects the heat flux that enters the aperture of the radiometer from the object.

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What this paper is about

In this study, we will outline some significant possibilities of infrared radiometry for measurements of plant surface temperature. We will consider the importance of the distance from the object to the radiometer, as well as the angle at which the radiometer registers the radiation. We will show how the change of these two factors affects the heat flux that enters the aperture of the radiometer from the object.

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OpenAlex reports 3 citations for this work. Citation counts describe recorded attention and do not establish research quality.

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Available abstract

In this study, we will outline some significant possibilities of infrared radiometry for measurements of plant surface temperature. We will consider the importance of the distance from the object to the radiometer, as well as the angle at which the radiometer registers the radiation. We will show how the change of these two factors affects the heat flux that enters the aperture of the radiometer from the object.

Key concepts: Radiometer, Radiometry, Infrared, Remote sensing, Radiometric dating, Optics, Radiation, Flux (metallurgy)

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