The tobacco industry plays a crucial role in our country's financial stability and economic development. In the production assembly line of tobacco silk, tobacco drying is a vital process, directly impacting the quality and flavor of tobacco[1]. Tobacco drying involves complex simultaneous heat and mass transfer, and physicochemical transformations. To enhance control strategies for silk drying and study parameter changes in the drying process, this paper focuses on the parameter characteristics of the silk dryer. Analyzing from the perspective of heat energy balance and moisture changes, this paper constructs a model accurately describing the characteristics of the electromagnetic vortex-type silk dryer[2]. The aim is to predict the moisture content of exported tobacco and provide deeper theoretical support for the technical development of the tobacco industry[3].
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Wu et al. (2024) studied this question.
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