The article investigates numerical models of cavitation processes in water, fluid flow
taking into account process to determine the optimal parameters for the operation of the device. A
mathematical model of a rotating electromagnetic field for designing a rotary vortex generator based
on cavitation processes in water is considered. The interaction of charged particles is considered in the
article, which made it possible to determine the types of oscillatory processes. The study of the rotating
electromagnetic field made it possible to determine the vibrationally rotational motion of molecules,
which are the basis for obtaining thermal energy. In addition, describes electromagnetic methods of
wastewater treatment, which showed that electromagnetic waves change the structure of hardness salts
to form a brittle aragonite form of calcium carbonate. At the same time, a strong mixture of amorphous
deposits of hardness salts is not formed, and previously formed deposits are destroyed and carried away
with the flow of water.
The article investigates numerical models of cavitation processes in water, fluid flow
taking into account process to determine the optimal parameters for the operation of the device. A
mathematical model of a rotating electromagnetic field for designing a rotary vortex generator based
on cavitation processes in water is considered. The interaction of charged particles is considered in the
article, which made it possible to determine the types of oscillatory processes. The study of the rotating
electromagnetic field made it possible to determine the vibrationally rotational motion of molecules,
which are the basis for obtaining thermal energy. In addition, describes electromagnetic methods of
wastewater treatment, which showed that electromagnetic waves change the structure of hardness salts
to form a brittle aragonite form of calcium carbonate. At the same time, a strong mixture of amorphous
deposits of hardness salts is not formed, and previously formed deposits are destroyed and carried away
with the flow of water.
| № | Author name | position | Name of organisation |
|---|---|---|---|
| 1 | Gafurova .O. | Doctoral student | Tashkent State Technical University |
| 2 | Abidov .G. | DSc, Associate Professor | Tashkent State Technical University |
| № | Name of reference |
|---|---|
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