Matches in SemOpenAlex for { <https://semopenalex.org/work/W4224299713> ?p ?o ?g. }
- W4224299713 endingPage "128353" @default.
- W4224299713 startingPage "128353" @default.
- W4224299713 abstract "Synthetic fractals have a large potential to achieve tunability and broadband serviceability for multimodal microwave devices owing to their scale-invariant property that generate strongly enhanced local fields with multiscale spatial distributions over multi-spectral ranges. Herein, we demonstrate a microwave metasurface absorber consist of periodic supercells of Fibonacci spiral capable of achieving highly efficient absorptions in a certain bandwidth and several discrete frequencies. Multiple absorption modes are achieved through the synergistic effect of multiple LC-resonances and cross-coupling of the patterned elements, and a broadband operation is completed by adjusting the thickness of dielectric layer based on interface interference theory. Experimental microwave average absorptivity over 82.9% (reflection loss, RL≤−7 dB) covering the 10.82–14.18 GHz region is obtained and the maximum absorptivity exceeds 99.8% with sub-wavelength thickness (0.039 λ0). These results demonstrate that the synthetic fractal metasurface can be a good candidate absorber for microwave applications like sensing, multiband detecting and filtering." @default.
- W4224299713 created "2022-04-26" @default.
- W4224299713 creator A5028139723 @default.
- W4224299713 creator A5028706568 @default.
- W4224299713 creator A5032424732 @default.
- W4224299713 creator A5050855885 @default.
- W4224299713 creator A5076991416 @default.
- W4224299713 date "2022-09-01" @default.
- W4224299713 modified "2023-10-14" @default.
- W4224299713 title "Tailoring the resonances on Fibonacci spiral fractal metasurface for miniaturized multi-band microwave applications" @default.
- W4224299713 cites W1989191016 @default.
- W4224299713 cites W1991898711 @default.
- W4224299713 cites W2017955492 @default.
- W4224299713 cites W2020820450 @default.
- W4224299713 cites W2036869382 @default.
- W4224299713 cites W2066306162 @default.
- W4224299713 cites W2087045530 @default.
- W4224299713 cites W2094393199 @default.
- W4224299713 cites W2185805836 @default.
- W4224299713 cites W2324205004 @default.
- W4224299713 cites W2334980971 @default.
- W4224299713 cites W2491522496 @default.
- W4224299713 cites W2534036966 @default.
- W4224299713 cites W2558153464 @default.
- W4224299713 cites W2593332388 @default.
- W4224299713 cites W2614994055 @default.
- W4224299713 cites W2751701170 @default.
- W4224299713 cites W2765084333 @default.
- W4224299713 cites W2767725904 @default.
- W4224299713 cites W2792804514 @default.
- W4224299713 cites W2899726580 @default.
- W4224299713 cites W2901985698 @default.
- W4224299713 cites W2924835715 @default.
- W4224299713 cites W2940573042 @default.
- W4224299713 cites W2963963024 @default.
- W4224299713 cites W2965471665 @default.
- W4224299713 cites W2968343040 @default.
- W4224299713 cites W2981583680 @default.
- W4224299713 cites W2984958795 @default.
- W4224299713 cites W2999954542 @default.
- W4224299713 cites W3015880906 @default.
- W4224299713 cites W3021473013 @default.
- W4224299713 cites W3028215523 @default.
- W4224299713 cites W3037641596 @default.
- W4224299713 cites W3044450728 @default.
- W4224299713 cites W3079258284 @default.
- W4224299713 cites W3085647535 @default.
- W4224299713 cites W3092535304 @default.
- W4224299713 cites W3097672553 @default.
- W4224299713 cites W3099706406 @default.
- W4224299713 cites W3102076029 @default.
- W4224299713 cites W3102196527 @default.
- W4224299713 cites W3115654260 @default.
- W4224299713 cites W3120738209 @default.
- W4224299713 cites W3124949059 @default.
- W4224299713 cites W3125908456 @default.
- W4224299713 cites W3139363616 @default.
- W4224299713 cites W3163974123 @default.
- W4224299713 cites W3199063163 @default.
- W4224299713 cites W4200622177 @default.
- W4224299713 cites W4206318391 @default.
- W4224299713 doi "https://doi.org/10.1016/j.optcom.2022.128353" @default.
- W4224299713 hasPublicationYear "2022" @default.
- W4224299713 type Work @default.
- W4224299713 citedByCount "2" @default.
- W4224299713 countsByYear W42242997132022 @default.
- W4224299713 crossrefType "journal-article" @default.
- W4224299713 hasAuthorship W4224299713A5028139723 @default.
- W4224299713 hasAuthorship W4224299713A5028706568 @default.
- W4224299713 hasAuthorship W4224299713A5032424732 @default.
- W4224299713 hasAuthorship W4224299713A5050855885 @default.
- W4224299713 hasAuthorship W4224299713A5076991416 @default.
- W4224299713 hasConcept C118615104 @default.
- W4224299713 hasConcept C120665830 @default.
- W4224299713 hasConcept C121332964 @default.
- W4224299713 hasConcept C134306372 @default.
- W4224299713 hasConcept C173734053 @default.
- W4224299713 hasConcept C192562407 @default.
- W4224299713 hasConcept C2776257435 @default.
- W4224299713 hasConcept C33923547 @default.
- W4224299713 hasConcept C40636538 @default.
- W4224299713 hasConcept C41008148 @default.
- W4224299713 hasConcept C44838205 @default.
- W4224299713 hasConcept C49040817 @default.
- W4224299713 hasConcept C509933004 @default.
- W4224299713 hasConcept C6260449 @default.
- W4224299713 hasConcept C76046532 @default.
- W4224299713 hasConcept C76155785 @default.
- W4224299713 hasConceptScore W4224299713C118615104 @default.
- W4224299713 hasConceptScore W4224299713C120665830 @default.
- W4224299713 hasConceptScore W4224299713C121332964 @default.
- W4224299713 hasConceptScore W4224299713C134306372 @default.
- W4224299713 hasConceptScore W4224299713C173734053 @default.
- W4224299713 hasConceptScore W4224299713C192562407 @default.
- W4224299713 hasConceptScore W4224299713C2776257435 @default.
- W4224299713 hasConceptScore W4224299713C33923547 @default.
- W4224299713 hasConceptScore W4224299713C40636538 @default.
- W4224299713 hasConceptScore W4224299713C41008148 @default.