thermal transference

thermal transference

The steady-state flow of heat from a body, through applied thermal insulation, to the external surroundings, i.e., the time rate of heat flow per unit area of the body surface per unit temperature difference between the body surface and the external surroundings.
References in periodicals archive ?
In thermal transference, there are other interesting applications, such as heat sinks for electronic systems, radiators with high efficiency receptors of solar energy and multilayer heat exchangers [25]-[28].
Table 1: Classification of collectors according to the temperature obtained by the working fluid Solar collector Temperature ([degrees]C) Very low temperature 10 to 25 Low temperature 25 to 50 Medium temperature 60 to 130 High temperature 130 to 600 Very high temperature Over 600 Table 2: Advantages and disadvantages of thermo solar technologies Technology Advantages Disadvantages Parabolic * Potential * Use of oil-based cylinder operating thermal transference temperature to medium currently 500[degrees]C restricts operation (400[degrees]C temperatures to tested 400[degrees]C, which commercially).