Therefore, the main purpose of this work is to perform a numerical investigation on different geometrical configurations of an EAHE using the Constructal Design to obtain the highest thermal potential.
Both Fe3O4-PNIPAAm-1 and Fe3O4-PNIPAAm-2 nanocomposites displayed high thermal stability, zeta potential and magnetisation values, suggesting stable colloidal systems.
In addition, the potential switching properties of the four polymers at the temperature of 150 °C have been investigated for the first time, which indicate high thermal stability and potential for relatively high temperature and/or long term cycling applications.
In summary, the three cycles proved to be efficient, simple and reliable concepts to cool server boards (CPUs, DIMMs etc.), showing high thermal performance and potential for heat recovery when compared with traditional air-cooling systems in current use in data centers.
Cumulating these facts it can be stated that usage of 'natural materials' having adequate strength and high thermal resistance offers high potential for mitigating the UHI effect.
As for the resulting TIM, the smooth surface of the RGO-ER can be seen from Fig. 1c, and the absence of tiny pores (compared with that of the pristine ER, inset of Fig. 1c) indicates a potential high thermal performance.
As for the resulting TIM, the smooth surface of the RGO-ER can be seen from c, and the absence of tiny pores (compared with that of the pristine ER, inset of c indicates a potential high thermal performance. d The morphology of the RGO-3DGNs-ER, which is similar with that of the RGO-ER.
The results show the high thermal stability and application potentials of the prepared polyimide nanogold nanocomposites.
These monoliths with high thermal stability can offer various potential applications of functional materials.
Heat pipes are unique in their extremely high thermal conductivity and have high potential applications in the fields of heat recovery and renewable energy.
