Abstract
The processing of fibrous materials with aqueous solutions should preserve the natural properties of the fiber in order to obtain high-quality raw materials for the textile industry. The proposed hydrodynamic emitter is a device consisting of a rectangular housing with a square pipe inside, three conical converging nozzles connected to this pipe with slotted outlet openings. A model of a periodic lattice with a period d is considered, which consists of a finite number of elastic rods of the rectangular cross-section is considered for a theoretical study of a flat hydrodynamic acoustic emitter. It is assumed that the ends of the rods are rigidly fixed, and each rod of the lattice can only perform harmonic elastic bending vibrations. A multifactor experiment was conducted to clarify the design parameters of the converter.
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