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Tehnika
2013, vol. 68, iss. 2, pp. 272-284
article language: Serbian
document type: Review Paper

Contemporary problems of thermal imaging, modeling and application
aUniversity of Belgrade, Faculty of Electrical Engineering
bVojnotehnički institut vojske Srbije, Beograd
cZavod za javno zdravlje, Pančevo

Abstract

Modern thermovision problems and tasks, physics of processes and some developed models of thermovision devices are considered in presented paper. The technical-technological development of thermovision initiated its applications in many disciplines. On the other hand, new generations of these devices with higher resolutions have enlarged the contents of obtained information’s from the considered IR scene. Depending on the application discipline, various models are developed. Modeling of devices is based generally on the key optoelectronic characteristics of thermovision devices as the MTF, the NETD, the MDTD and the MRTD. Mathematical-physical model can be verificated on the basis of data from references or measured values of thermal imaging devices. In electrotechniques, thermal equipment imaging have more applications especially, in the monitoring of power plants and systems. In the medicine, as noninvasive technique it appears as the method of diagnostics that can detect precisely the changes in organisms linked to the temperature changes. The injures of inflammation processes and other diseases can be detected in earlier phases on the basis of contrast on the skin surface.

Keywords

thermovision; modeling; optoelectronics; power plants. electrotechnique; televizion

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