Metamaterial Electromagnetic Superabsorber with Arbitrary Geometries
AbstractThe electromagnetic superabsorber that has larger absorption cross section than its real size may be a novel photothermal device with improved solar energy conversion rates. Based on a transformation optical approach, the material parameters for a two-dimensional (2D) metamaterial-assisted electromagnetic superabsorber with arbitrary geometries are derived and validated by numerical simulation. We find that for the given geometry size, the absorption cross section of the superabsorber using nonlinear transformation is larger than that using linear transformation. These transformations can also be specialized to the designing the N-sided regular polygonal superabsorber just by changing the contour equation. All theoretical and numerical results validate the material parameters for the 2D electromagnetic superabsorber we have developed.
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Yang, J.; Huang, M.; Yang, C.; Peng, J.; Zong, R. Metamaterial Electromagnetic Superabsorber with Arbitrary Geometries. Energies 2010, 3, 1335-1343.
Yang J, Huang M, Yang C, Peng J, Zong R. Metamaterial Electromagnetic Superabsorber with Arbitrary Geometries. Energies. 2010; 3(7):1335-1343.Chicago/Turabian Style
Yang, Jingjing; Huang, Ming; Yang, Chengfu; Peng, Jinhui; Zong, Rong. 2010. "Metamaterial Electromagnetic Superabsorber with Arbitrary Geometries." Energies 3, no. 7: 1335-1343.