Simulating the process of air-blow cryogenic separation of biomaterials
UDC 664.7
Babakin B. S., Voronin M. I., Semenov E. V., Babakin S. B., Vigodin V. A.
Abstract
The law of conservation of momentum has been applied to study the kinematics of an isolated particle poised in ascending air under the forces of various nature. Quality analysis has been made to assess the efficiency of mixture separation in the air-blow separation pipe of a cryoseparator. A simulation model has been developed to justify the critical trajectory and critical diameter of the particle.
Keywords: air-blow cryogenic separation, electric field, air flow, drag coefficient.
Simulating the process of air-blow cryogenic separation of biomaterials
Abstract
The law of conservation of momentum has been applied to study the kinematics of an isolated particle poised in ascending air under the forces of various nature. Quality analysis has been made to assess the efficiency of mixture separation in the air-blow separation pipe of a cryoseparator. A simulation model has been developed to justify the critical trajectory and critical diameter of the particle.
Keywords: air-blow cryogenic separation, electric field, air flow, drag coefficient.
Русский
English
