Academic Journal of Energy, 2022, 3(4); doi: 10.38007/RE.2022.030406.
Jimma Institute of Technology, Ethiopia
As a kind of clean energy, thermoelectric material has attracted great attention, It can realize the conversion between heat energy to electric energy, and electric energy to heat energy. In recent years, conductive polymer materials have been widely used in thermoelectric materials due to their rich resources, easy processing and synthesis, and especially their low thermal conductivity. This paper aims to study the application of hydro-based polymer composites in energy. This paper begins with a brief introduction to the polymer composite, Using the ADINA numerical computing platform for partial polymer composites, Treat the liquefied soil as a non-Newtonian fluid, Using the analysis method of flow-solid coupling, According to the basic theory of flow-solid coupling, First, by establishing a numerical model of lifiable polymer composites, This work focuses on the preparation of Fe and Co and FeCo miscellaneous 2 D porous materials, The results of the prepared material by nitrogen absorption and detachment test showed that, The material has a good mesoporous structure, High specific surface area (316-372 m2 / g), Electrochemical testing of the rotating disk electrode has proved that the oxygen-reduction (ORR) catalytic activity of the material is greatly improved compared to the non-mesoporous metal-to-nitrogen-doped carbon material. It is proved that the actual preparation value of the polymer composite and the simulated preparation value are wrong, and the minimum difference of NWD is only 0.05104, The preparation is basically stable, while the mixed polymer composite material can effectively control its specific capacitance value, to prepare a better and more stable polymer composite material.
Fluid Mechanics, Polymer Composites, Energy Materials, Supercapacitors Electric Capacity
Mayanke Bisen. Polymer Composites in Energy Based on Fluid Mechanics. Academic Journal of Energy (2022), Vol. 3, Issue 4: 51-58. https://doi.org/10.38007/RE.2022.030406.
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