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THERMAL CONTROL OF PLANT AGRICULTURAL PRODUCTS
Abstract
Currently, non-destructive testing of fruits and vegetables using technical vision systems in the infrared region of the spectrum is actively developed. The active thermal control as a variation of this method allows detecting surface and subsurface defects in plant tissues, caused by mechanical damage or plant diseases at early stages. The sensitivity of this method depends on control parameters such as power and time of heat impact. It is necessary to know the thermophysical characteristics of both healthy tissues and damaged tissues for preliminary determination of these modes. This paper describes a non-stationary method and an automated measurement tool, which are developed by the authors and allow determining the thermal conductivity and heat capacity of the heterogeneous materials, including plant tissues of fruits and vegetables. The information about the results of the experimental determination of thermal conductivity and heat capacity of different quality potato tissues is also given. This paper proposes the recommendations for selecting the mode of experimental potato quality control before placing it in a storage. The designed method for thermophysical characteristics measuring (with a 7 % error) will improve the effectiveness of thermal quality control up to 40 %, not only for potatoes, but also for other agricultural products.
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References5
Baranowski P, Mazurek W, Wozniak J, Majewska U. Detection of early bruises in apples using hyperspectral data and thermal imaging/Journal of Food Engineering , USA, vol. 110/issue 3, pp 345–355, 2012;
Mischenko S. V., Divin A. G., Gromov Y. Y., Balabanov P. V. Thermal method of quality control of objects/The International Scientific Conference Virtual modeling, prototyping and industrial design, Russia, 2016, pp 20-27;
. Ginzburg, A. S., Gromov M. A. Thermophysical characteristics of potatoes, vegetables and fruits / Agropromizdat, Russia, 1987, pp 200-215;
Gromov Y. Y., Churikov A. A., Divin A. G., Ishchuk I. N., Barkalov S. A. Hardware and software system for thermal control / Journal of Engineering Science and Technology Review, Greece, vol. 9 / issue 6, pp 135-141, 2016;
Watson G.N. Theory of Bessel functions. Part 1 / Publishing house of foreign literature, Russia, pp 410-423, 1949.
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