FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W4366366147> ?p ?o ?g. }

• W4366366147 endingPage "065502" @default.
• W4366366147 startingPage "065502" @default.
• W4366366147 abstract "Abstract The simulation design of terahertz metamaterial sensors with dynamically tunable parameters typically relies on manual parameter tuning for structural optimization. However, this method is often prone to subjective factors and suffer from issues such as frequent reconstruction of simulations, high computational costs, long processing times, and suboptimal optimization results. In this paper, we propose a circuit analog optimization method (CAOM), which constructs equivalent RLC parameters to achieve a highly fitted terahertz transmission spectrum frequency obtained from CST full-wave numerical simulation. To validate the effectiveness of the proposed model, we use a typical periodic structure unit, a double-nested split ring resonator (DSRR) terahertz metamaterial sensor, as the simulation object. Both the inner and outer open resonant rings of the sensor are made of graphene, as a result, the opening size and Fermi level of the resonant rings are dynamically tunable. The results of the validation demonstrate that the adjustments of the sensor parameters can be effectively mapped by the changes of the equivalent RLC parameters. And the proposed equivalent circuit model has parameter substitutability in the simulation modeling of split ring resonator type sensors. The proposed equivalent circuit model exhibits parameter substitution in the simulation modeling of open resonant ring-type sensors. To achieve optimal sensing performance for the electromagnetically induced transparency (EIT)-like resonant peak (with a resonant frequency of f 2 ) of the sensor under constrained conditions, we introduce the genetic algorithm (GA) into the equivalent circuit model to enable fast optimization of the opening sizes of the inner and outer resonant rings, as well as the Fermi level of the sensor. Moreover, the accuracy of the optimization results is verified by CST simulations. Finally, the optimization results show that the optimal FOM of the EIT-like resonant peak within the given parameter range is 0.712, which is greater than that of any randomly combined parameters. This numerical result demonstrates the effectiveness of the proposed CAOM. The proposed model and optimization method have potentials to inspire further research in device design, performance optimization, theoretical modeling, etc." @default.
• W4366366147 created "2023-04-21" @default.
• W4366366147 creator A5017110208 @default.
• W4366366147 creator A5022719754 @default.
• W4366366147 creator A5038987028 @default.
• W4366366147 creator A5046697428 @default.
• W4366366147 creator A5047546927 @default.
• W4366366147 date "2023-05-03" @default.
• W4366366147 modified "2023-09-30" @default.
• W4366366147 title "Application of circuit analog optimization method in fast optimization of dynamically tunable terahertz metamaterial sensor" @default.
• W4366366147 cites W1483290839 @default.
• W4366366147 cites W1991652919 @default.
• W4366366147 cites W1992865536 @default.
• W4366366147 cites W2144181289 @default.
• W4366366147 cites W2154852182 @default.
• W4366366147 cites W2321645736 @default.
• W4366366147 cites W2413496384 @default.
• W4366366147 cites W2487059652 @default.
• W4366366147 cites W2509397244 @default.
• W4366366147 cites W2746951535 @default.
• W4366366147 cites W2804787033 @default.
• W4366366147 cites W2892275670 @default.
• W4366366147 cites W2901429240 @default.
• W4366366147 cites W2901843016 @default.
• W4366366147 cites W2949257317 @default.
• W4366366147 cites W2983272182 @default.
• W4366366147 cites W2989158986 @default.
• W4366366147 cites W2996028244 @default.
• W4366366147 cites W3010762669 @default.
• W4366366147 cites W3046195037 @default.
• W4366366147 cites W3049182175 @default.
• W4366366147 cites W3110873504 @default.
• W4366366147 cites W3113125308 @default.
• W4366366147 cites W3157922398 @default.
• W4366366147 cites W3159591194 @default.
• W4366366147 cites W3179068728 @default.
• W4366366147 cites W3185602490 @default.
• W4366366147 cites W3198012138 @default.
• W4366366147 cites W3198741387 @default.
• W4366366147 cites W3201311145 @default.
• W4366366147 cites W4210554534 @default.
• W4366366147 cites W4210584307 @default.
• W4366366147 cites W4220963115 @default.
• W4366366147 cites W4224866908 @default.
• W4366366147 cites W4281687341 @default.
• W4366366147 cites W4283030221 @default.
• W4366366147 cites W4292598953 @default.
• W4366366147 cites W4311756732 @default.
• W4366366147 doi "https://doi.org/10.1088/1402-4896/acce80" @default.
• W4366366147 hasPublicationYear "2023" @default.
• W4366366147 type Work @default.
• W4366366147 citedByCount "0" @default.
• W4366366147 crossrefType "journal-article" @default.
• W4366366147 hasAuthorship W4366366147A5017110208 @default.
• W4366366147 hasAuthorship W4366366147A5022719754 @default.
• W4366366147 hasAuthorship W4366366147A5038987028 @default.
• W4366366147 hasAuthorship W4366366147A5046697428 @default.
• W4366366147 hasAuthorship W4366366147A5047546927 @default.
• W4366366147 hasConcept C107816215 @default.
• W4366366147 hasConcept C110367647 @default.
• W4366366147 hasConcept C121332964 @default.
• W4366366147 hasConcept C127413603 @default.
• W4366366147 hasConcept C131935069 @default.
• W4366366147 hasConcept C165801399 @default.
• W4366366147 hasConcept C23572009 @default.
• W4366366147 hasConcept C24326235 @default.
• W4366366147 hasConcept C24890656 @default.
• W4366366147 hasConcept C41008148 @default.
• W4366366147 hasConcept C49040817 @default.
• W4366366147 hasConcept C52192207 @default.
• W4366366147 hasConcept C62520636 @default.
• W4366366147 hasConcept C73862843 @default.
• W4366366147 hasConcept C89880566 @default.
• W4366366147 hasConcept C97126364 @default.
• W4366366147 hasConceptScore W4366366147C107816215 @default.
• W4366366147 hasConceptScore W4366366147C110367647 @default.
• W4366366147 hasConceptScore W4366366147C121332964 @default.
• W4366366147 hasConceptScore W4366366147C127413603 @default.
• W4366366147 hasConceptScore W4366366147C131935069 @default.
• W4366366147 hasConceptScore W4366366147C165801399 @default.
• W4366366147 hasConceptScore W4366366147C23572009 @default.
• W4366366147 hasConceptScore W4366366147C24326235 @default.
• W4366366147 hasConceptScore W4366366147C24890656 @default.
• W4366366147 hasConceptScore W4366366147C41008148 @default.
• W4366366147 hasConceptScore W4366366147C49040817 @default.
• W4366366147 hasConceptScore W4366366147C52192207 @default.
• W4366366147 hasConceptScore W4366366147C62520636 @default.
• W4366366147 hasConceptScore W4366366147C73862843 @default.
• W4366366147 hasConceptScore W4366366147C89880566 @default.
• W4366366147 hasConceptScore W4366366147C97126364 @default.
• W4366366147 hasFunder F4320321001 @default.
• W4366366147 hasIssue "6" @default.
• W4366366147 hasLocation W43663661471 @default.
• W4366366147 hasOpenAccess W4366366147 @default.
• W4366366147 hasPrimaryLocation W43663661471 @default.
• W4366366147 hasRelatedWork W1964731931 @default.
• W4366366147 hasRelatedWork W1996284852 @default.
• W4366366147 hasRelatedWork W2065566990 @default.

• next