PULSED DRYING METHOD USING A MULTILAYER CHAMBER

Authors

  • Norkulova K.T.
  • Matyokubova P.M.,
  • Jumaev B.M.

Keywords:

acoustic drying, ejection, increases speed, hot air

Abstract

It is known that acoustic drying and ejection increases the rate of release of moisture. The authors of this work present a newer method, which is a logical continuation of existing work. By creating pulses, hot air flow interrupters contribute to fluctuations in the product segments. A change in the direction of blowing is nektokak more rational use of the advantages of discrete drying.

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Published

2021-03-27

Issue

2020: ISTC-2K20

Section

Articles

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