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(a) Simulated electric field distribution and (b) volume loss density distribution of the honeycomb structure; (c) simulated electric field vector distribution on the top surface and (d) simulated magnetic field vector distribution within the honeycomb structure (E is electric field strength, H is magnetic field strength).
Figures of the Article
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Schematic for the synthesis of H-NC@CeO2 composites (TEOS: tetraethyl orthosilicate, PDA: polydopamine).
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(a) TEM image, (b) SAED image, and (c) high-resolution TEM (HRTEM) image of the H-NC@CeO2 hollow nanospheres; (d) EDS mapping of H-NC@CeO2 for C, N, O and Ce elements.
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(a) XRD pattern of H-NC@CeO2; (b) nitrogen adsorption–desorption isotherm and the associated pore size distribution of H-NC@CeO2; and XPS fine spectra of H-NC@CeO2 for (c) Ce 3d, (d) C 1s, (e) N 1s, and (f) O 1s, respectively (p represents the actual pressure of the gas, p⊖ denotes the saturated vapor pressure of the gas at the measurement temperature, V represents pore volume, and W represents pore width).
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Value for real permittivity and imaginary permittivity of H-NC@CeO2/PS with (a) 5wt%, (b) 10wt%, (c) 15wt%, (d) 20wt%, (e) 25wt%, and (f) 30wt% filling ratios.
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3D RL values for H-NC@CeO2/PS with filling ratios of (a) 5wt%, (b) 10wt%, (c) 15wt%, (d) 20wt%, (e) 25wt%, and (f) 30wt% at different thicknesses.
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Schematic diagram of microwave absorption mechanisms for H-NC@CeO2 composites under multiscale.
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Absorption performance metrics for the designed honeycomb include: (a) at r = 10 mm, dwall = 0.5 mm, and h = 10 mm; (b) across dwall values from 0.5 to 2.0 mm; (c) with inner diameters r ranging from 6 to 10 mm; (d) for varying heights h from 5 to 10 mm.
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(a) Simulated electric field distribution and (b) volume loss density distribution of the honeycomb structure; (c) simulated electric field vector distribution on the top surface and (d) simulated magnetic field vector distribution within the honeycomb structure (E is electric field strength, H is magnetic field strength).
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