Paper Publications
Effects of superheated steam on non-equilibrium condensation in ejector primary nozzle
Release Time:2018-10-06
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Institution:
School of Control Science and Engineering
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Teaching and Research Group:
Injection theory and application laboratry
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Journal:
International Journal of Refrigeration
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Place of Publication:
Netherlands
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Key Words:
Superheated level; Non-equilibrium condensation; Ejector primary nozzle; Wet steam model
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Summary:
In order to reduce the non-equilibrium condensation occurring in ejector primary nozzle, wet steam model was adopted to investigate the relationship between steam superheated level and non-equilibrium condensation within ejector primary nozzle. Simulation data of axial static pressure along primary nozzles were validated with experimental data reported in literature.The non-equilibrium condensation process from homogeneous nucleation to droplet growth stage and the resulting products were carefully studied.
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First Author:
王辰
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Correspondence Author:
Lei Wang,Zhao Hongxia
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All the Authors:
杜忠勇,丁兆秋
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Indexed by:
Journal paper
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Discipline:
Engineering
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First-Level Discipline:
Control Science and Engineering
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Document Type:
J
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Volume:
67
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Page Number:
214–226
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ISSN:
0140-7007
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Translation or Not:
No
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Date of Publication:
2016-03
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Included Journals:
SCI
