Structure of low-head two-phase flow in flat nozzles during outflow of the liquid into rarefied medium
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Structure of low-head two-phase flow in flat nozzles during outflow of the liquid into rarefied medium
Vol. 26, Issue 10, (2011)
作者机构:
Kazan State Technical University named after A.N. Tupolev Kazan, Russian Federation
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DOI:
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Published:2011
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Kochenkov A G, Tonkonog V G. Structure of low-head two-phase flow in flat nozzles during outflow of the liquid into rarefied medium[J]. 2011, 26(10).
DOI:
Kochenkov A G, Tonkonog V G. Structure of low-head two-phase flow in flat nozzles during outflow of the liquid into rarefied medium[J]. 2011, 26(10).DOI:
Structure of low-head two-phase flow in flat nozzles during outflow of the liquid into rarefied medium
Outcomes of experimental researches of the low-pressure adiabatic flow of the boiling liquid through two-dimensional Laval nozzles in a vacuum atmosphere were adduced. Requirements of critical conditions of flow were determined. Structural forms of a stream were investigated and their connection with crisis of flow was shown. It was established periodic non-stationary macrostructures of a stream which was stipulated by the rotational gear of origin of a vapor phase.
Abstract
Outcomes of experimental researches of the low-pressure adiabatic flow of the boiling liquid through two-dimensional Laval nozzles in a vacuum atmosphere were adduced. Requirements of critical conditions of flow were determined. Structural forms of a stream were investigated and their connection with crisis of flow was shown. It was established periodic non-stationary macrostructures of a stream which was stipulated by the rotational gear of origin of a vapor phase.
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