Information Technology of Thermodynamic Interaction of Laser Radiation Quality Upgrade while Drying Book Blocks
Keywords:
thermodynamics, laser emitters, offset paper, offset printing, structure, adhesive, drying quality, optical and thermodynamic interactionAbstract
The article deals with the information technology of the structure and objects of thermodynamic interaction of book block drying processes. The article analyzes the literature on the selected research topic. It is found that to improve the quality of drying processes, convective-radiation drying with interruptions in irradiation of the spines of book blocks is a promising direction, which contributes to more intensive and faster moisture removal. A method for activating the drying processes of book blocks based on models of interaction 'glue - paper' with the use of infrared, ultraviolet, laser emitters is developed. The design of laser emitters for optimizing and intensifying the drying processes of book blocks is also developed by the authors and the necessary energy and spatial characteristics are substantiated. The paper presents the technical characteristics of the studied offset paper. The paper characterizes the images of the paper structure by thickness and, accordingly, the functions of laser beam power distribution when passing through the layers of paper sheets are obtained as a result of experiments.
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