ISSN Online: 2377-424X
ISBN Print: 0-85295-345-3
International Heat Transfer Conference 10
TEMPERATURE FIELD FORMATION AND HEAT FLUX CONTROL WITH THE ELECTRODYNAMIC FLUIDIZED SYSTEMS
Abstract
The relations for heat transfer and dynamic characteristics for longitudinal nonhomo-geneous electrodynamic fluidized beds as functions of their main geometrical, electrical and thermophysical parameters are presented. The calculation procedures for temperature profiles determination on the heat transfer surfaces and in the electrodynamic fluidized bed volume are developed.
The results obtained are utilized in heat transfer installations for creation of space and time varying temperature fields and also in technological systems for introduction (extraction) of definite heat flux portions into (oat of) heat transfer devices.
The results obtained are utilized in heat transfer installations for creation of space and time varying temperature fields and also in technological systems for introduction (extraction) of definite heat flux portions into (oat of) heat transfer devices.