Droplet coalescence and breakup and its influence factors in vane-guided hydrocyclone
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Droplet coalescence and breakup and its influence factors in vane-guided hydrocyclone
CIESC JournalIssue 2, Pages: 399-406(2011)
作者机构:
中国石油大学(华东)机电工程学院
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Online First:05 February 2011,
Published:05 February 2011
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WANG Zhenbo, MA Yi, JIN Youhai. Droplet coalescence and breakup and its influence factors in vane-guided hydrocyclone[J]. CIESC Journal, 2011, (2): 399-406.
DOI:
WANG Zhenbo, MA Yi, JIN Youhai. Droplet coalescence and breakup and its influence factors in vane-guided hydrocyclone[J]. CIESC Journal, 2011, (2): 399-406.DOI:
Droplet coalescence and breakup and its influence factors in vane-guided hydrocyclone
Simulations and experiments on the flow field were used to study the internal flow and turbulence in a vane-guided hydrocyclone.The main factors resulting in droplet coalescence and breakup are viscous shear force related to the velocity gradient and the high shear stress and turbulent kinetic energy in the turbulence.Moreover
the positions in the hydrocyclone where droplets inclined to coalesce and break were investigated.In order to understand the relative importance of droplet coalescence and breakup in the vane-guided hydrocyclone
the separation performance as its characteristic was verified.The experiments on the separation performance also show that the structural parameters
such as the number and outlet angle of guided vanes
and operating parameters
such as the inlet velocity
split ratio
inlet concentration and operating temperature
affect the droplet coalescence and breakup in the vane-guided hydrocyclone.