ENERGY IMPROVING OF EFFICIENCY VORTEX HEAT PUMP
Abstract
The essence of the Ranka effect and the basic concepts are studied necessary for their learning. A review of the main structures of vortex tubes and technical solutions to ensure their efficiency was made. Improving the energy efficiency of the vortex tubes is encouraged to use the ionized air flow in the corona and energy-efficient sources of input air flow. Incoming nozzle is equipped by a cylindrical moderator speed perifiriynih layers of air flow, which will provide an increase of non-uniformity of flow velocity layers entering the vortex tube
Keywords
Ranka effect, Ranka–Hilsha tube, the gas flow, energy, ionized air flow, electrohydraulic effect, retarder
References in the process of publication
Konovalov, А., & Gorkusha, M. (2016).
ENERGY IMPROVING OF EFFICIENCY VORTEX HEAT PUMP.
Scientific Horizons,
19(1),
296-304.