According to Fig.2band Eq. (19), for a given\({T}_{{{\rm{HS}}},{{{\rm{Latent}}}\), the higher the condensing temperature (i.e.,\({T}_{3}\)), the higher the charging rate, the more heat can be recovered. As a result, the system can operate on the discharging mode wi...
The heat transfer in liquid and gases takes place according to convection. The amount of heat flow through a body is dependent upon the material of the body. The thermal conductivity of solid metals increases with rise in temperature, Logarithmic mean temperature difference is not equal to the ...
oriented practically parallel to each other and remaining movable relative to each other is arranged on at least part of the heat transfer path separating the thermal source from the heat absorbing element, each capillary tube 11 of the bundle being shaped according to the principle of a thermal...
According to the present invention, the photonic crystal is selected such that the Stokes lines are suppressed while the anti-Stokes lines are not attenuated. Hence the photons reflected from the photonic crystal have frequencies (and energy) greater than the incident photons. Thus, heat energy ...
aA coil is a loop, or loops, of tubing where heat transfer takes place. The tubing may have fins to increase the surface area available for heat exchange. 卷是圈或者圈,管材,热传递发生。 管材也许有飞翅增加表面可利用为热交换。[translate]...
In that case, heat transfer takes place directly between the refrigerant and air, and the temperature difference between the heat sinks will be even smaller. However, the main features to address by designers are the heat exchangers size, constructive technology and materials, especially for trans-...
In this phase, heat transfer takes place due to radiation emitted in the form of electromagnetic waves due to its temperature level. Therefore, the system interacts with the surrounding temperature (i.e. best solution) or within the system (i.e. other solution) to establish a state of the ...
plate bundle is the core, sealed in shell. Plate defines the efficiency of heat exchanger, while shell defines the design temperature and pressure.The medium pass through the portholes and into the gap between the plates.The heat transfer takes place when the ...
A heat exchanger is an equipment unit where heat transfer takes place either via mixing or via heat transfer through a wall. Examples of heat exchangers include shell-and-tube, double pipe, and plate heat exchangers, all referred to as surface heat exchangers. In contrast, the simple mixing ...
The heat transfer takes place when the warmer product transfers energy through the flow plates and delivers it to the colder opposing product without mixing the both products. The "herringbone" pattern ensures turbulent flow within the effective area. Furthermore, this pa...