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 Optical detection of plant stress in real-time is crucial as it enables timely interventions to mitigate potential damage. This study presents a detailed evaluation of a system that detects changes in plant metabolism in real-time by distributing optical signals across the leaf. The methodology facilitates continuous monitoring of changes in ...

By Miloš S. Mošić, Sara V. Ristić, Marija M. Petković Benazzouz, Stefan Lekić, Katarina M. Miletić

 This study introduces a novel, non-contact optical technique for solving a twodimensional, ill-posed problem in temperature tomography inside the firebox of a commercial coal power plant. For determining the 2D temperature distribution and attenuation coefficients, we utilized four optical probes positioned at the corners of the combustion c...

By Miloš S. Mošić, Sara V. Ristić, Marija M. Petković Benazzouz, Katarina M. Miletić

 This study introduces a novel nondestructive optical method for detecting infections of the invasive Phytophthora plurivora pathogen in sweet chestnut (Castanea sativa) leaves, as well as monitoring plant health and stress. The proposed method utilizes spectrophotometric measurements to continuously monitor the optical transmission coefficien...

By Katarina M. Miletić, Miloš S. Mošić, Sara V. Ristić, Marija M. Petković-Benazzouz

 This study presents a novel method for the reconstruction of the temperature distribution inside firebox of a coal power plant. A set of experimental measurements was performed on the premises of a large commercial coal power plant. The distribution of the temperature has been reconstructed using spectrometry measurements. Radiative heat tran...

By Katarina M. Miletić, Miloš S. Mošić, Sara V. Ristić, Marija M. Petković-Benazzouz

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