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Physicochemical Dynamics of Resonance Cavitation and Torsion-Oriented Turbulization Phenomena - Lev Amusin Ph. D. - Bog

Bag om Physicochemical Dynamics of Resonance Cavitation and Torsion-Oriented Turbulization Phenomena

The purpose of this monograph is to develop the theoretical background of innovative breakthrough physicochemical processes of the formation of dispersion systems, composite materials, and alloys in the technological mode of resonance cavitation and torsion oriented turbulization. The phenomena in question occur in a chemical reactor installed on the vibration machine's mobile platform and loaded with components of the processed dispersion system. When the external vibrational indignant forces reach certain critical parameters, the subject phenomena occur as the result of simultaneous and joint actions of mechanical resonance and fluid shock impact. Through the explosion-like action, the mixture components fill the reactor's internal chamber and convert into dispersion systems. 1. Science - Monograph - Applied Physicochemical Technology

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  • Sprog:
  • Engelsk
  • ISBN:
  • 9781663244130
  • Indbinding:
  • Hardback
  • Sideantal:
  • 314
  • Udgivet:
  • 1. september 2022
  • Størrelse:
  • 157x23x235 mm.
  • Vægt:
  • 679 g.
  • 2-3 uger.
  • 12. december 2024
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Beskrivelse af Physicochemical Dynamics of Resonance Cavitation and Torsion-Oriented Turbulization Phenomena

The purpose of this monograph is to develop the theoretical background of innovative breakthrough physicochemical processes of the formation of dispersion systems, composite materials, and alloys in the technological mode of resonance cavitation and torsion oriented turbulization. The phenomena in question occur in a chemical reactor installed on the vibration machine's mobile platform and loaded with components of the processed dispersion system. When the external vibrational indignant forces reach certain critical parameters, the subject phenomena occur as the result of simultaneous and joint actions of mechanical resonance and fluid shock impact. Through the explosion-like action, the mixture components fill the reactor's internal chamber and convert into dispersion systems.
1. Science - Monograph - Applied Physicochemical Technology

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