FIELD: method for producing heat in cavitation apparatus, forming as a result of appearance of cavitation bubbles and their following collapse, possible use in heating and hot water supplying systems.
SUBSTANCE: method for increasing heat yield of cavitation generator includes positioning the latter in liquid environment with limited volume, feeding liquid substance under excessive pressure into axis-symmetric chamber of thermo-generator, twisting aforementioned stream relatively to chamber axis and moving it along chamber wall until it is stopped by chamber bottom. On the bottom of chamber in liquid environment a zone with lowered pressure in the center is created, liquid substance is ejected from limited volume through central channel of bottom into chamber hollow for creation of axial flow and its following interaction with axis-adjacent and wall-adjacent streams, which are mixed with pressure gradients of different values and cavitation zone is formed shaped like side surface of truncated cone, facing the chamber outlet with its larger base.
EFFECT: increased intensiveness of cavitation process with the goal of increasing heat yield due to more efficient organization of liquid substance streams with pressure gradients of varying value.
1 dwg
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Authors
Dates
2007-05-27—Published
2006-01-17—Filed