Matches in SemOpenAlex for { <https://semopenalex.org/work/W3129331581> ?p ?o ?g. }
- W3129331581 endingPage "126866" @default.
- W3129331581 startingPage "126866" @default.
- W3129331581 abstract "We have modeled a novel reconfigurable optical absorber using the array of the rectangular nanoparticle array based on the Metal–DNA–Metal (MDM) structure and discussed the effect of the DNA composite on electric field distribution by switching to “On” and “Off” modes based on low conductivity (LC) or high conductivity (HC) attributes of the material. In this structure, we have assumed a model of the optical absorber which contains four rectangular elements and each element has two rectangular metal sections while they are a sandwich of the DNA composite. This structure is over a SiN substrate and a rectangular gold layer under the substrate is utilized for reducing the transmission in the absorber. At last, we have developed a nonlinear model while the unit cells are not similar and we compared both models of absorbers. We show that by variation of the conductivity of the DNA composite section We will be able to control the resonance frequency and the absorbance quality for the structure at the range of 200–300 THz for wide bandwidth application. We have studied the dimension impacts on reflection and the electric field distribution and clarify how DNA composite material can be used to convey the electric field and control of the phase which is important for the optical cloak." @default.
- W3129331581 created "2021-03-01" @default.
- W3129331581 creator A5027923472 @default.
- W3129331581 creator A5066222053 @default.
- W3129331581 creator A5090067333 @default.
- W3129331581 date "2021-06-01" @default.
- W3129331581 modified "2023-09-24" @default.
- W3129331581 title "Reconfigurable optical rectangular particle array absorber based on metal–DNA–metal structure as a refractive index sensor and optical switch" @default.
- W3129331581 cites W1976809055 @default.
- W3129331581 cites W1983848515 @default.
- W3129331581 cites W1989143985 @default.
- W3129331581 cites W1997282289 @default.
- W3129331581 cites W1998032073 @default.
- W3129331581 cites W2001735614 @default.
- W3129331581 cites W2009639988 @default.
- W3129331581 cites W2010572102 @default.
- W3129331581 cites W2015162181 @default.
- W3129331581 cites W2016118745 @default.
- W3129331581 cites W2031100993 @default.
- W3129331581 cites W2038167361 @default.
- W3129331581 cites W2038703371 @default.
- W3129331581 cites W2038949056 @default.
- W3129331581 cites W2039185987 @default.
- W3129331581 cites W2045263257 @default.
- W3129331581 cites W2047357770 @default.
- W3129331581 cites W2060146830 @default.
- W3129331581 cites W2068118171 @default.
- W3129331581 cites W2068326804 @default.
- W3129331581 cites W2082701691 @default.
- W3129331581 cites W2139935923 @default.
- W3129331581 cites W2161734537 @default.
- W3129331581 cites W2174589851 @default.
- W3129331581 cites W2176007648 @default.
- W3129331581 cites W2195708983 @default.
- W3129331581 cites W2219588986 @default.
- W3129331581 cites W2293294247 @default.
- W3129331581 cites W2293333967 @default.
- W3129331581 cites W2307931091 @default.
- W3129331581 cites W2474108827 @default.
- W3129331581 cites W2530338861 @default.
- W3129331581 cites W2561233307 @default.
- W3129331581 cites W2561756361 @default.
- W3129331581 cites W2565149827 @default.
- W3129331581 cites W2567087346 @default.
- W3129331581 cites W2591629490 @default.
- W3129331581 cites W2596124365 @default.
- W3129331581 cites W2606689273 @default.
- W3129331581 cites W2618647248 @default.
- W3129331581 cites W2734520646 @default.
- W3129331581 cites W2738371821 @default.
- W3129331581 cites W2749238061 @default.
- W3129331581 cites W2771196133 @default.
- W3129331581 cites W2796103870 @default.
- W3129331581 cites W2796689678 @default.
- W3129331581 cites W2886612152 @default.
- W3129331581 cites W2890822836 @default.
- W3129331581 cites W2895207397 @default.
- W3129331581 cites W2915123640 @default.
- W3129331581 cites W2969649356 @default.
- W3129331581 cites W2990039325 @default.
- W3129331581 cites W3015550984 @default.
- W3129331581 cites W3095730727 @default.
- W3129331581 cites W3097378959 @default.
- W3129331581 doi "https://doi.org/10.1016/j.optcom.2021.126866" @default.
- W3129331581 hasPublicationYear "2021" @default.
- W3129331581 type Work @default.
- W3129331581 sameAs 3129331581 @default.
- W3129331581 citedByCount "8" @default.
- W3129331581 countsByYear W31293315812021 @default.
- W3129331581 countsByYear W31293315812022 @default.
- W3129331581 countsByYear W31293315812023 @default.
- W3129331581 crossrefType "journal-article" @default.
- W3129331581 hasAuthorship W3129331581A5027923472 @default.
- W3129331581 hasAuthorship W3129331581A5066222053 @default.
- W3129331581 hasAuthorship W3129331581A5090067333 @default.
- W3129331581 hasConcept C104779481 @default.
- W3129331581 hasConcept C120665830 @default.
- W3129331581 hasConcept C121332964 @default.
- W3129331581 hasConcept C159985019 @default.
- W3129331581 hasConcept C192562407 @default.
- W3129331581 hasConcept C42067758 @default.
- W3129331581 hasConcept C49040817 @default.
- W3129331581 hasConcept C60799052 @default.
- W3129331581 hasConcept C62520636 @default.
- W3129331581 hasConcept C98015330 @default.
- W3129331581 hasConceptScore W3129331581C104779481 @default.
- W3129331581 hasConceptScore W3129331581C120665830 @default.
- W3129331581 hasConceptScore W3129331581C121332964 @default.
- W3129331581 hasConceptScore W3129331581C159985019 @default.
- W3129331581 hasConceptScore W3129331581C192562407 @default.
- W3129331581 hasConceptScore W3129331581C42067758 @default.
- W3129331581 hasConceptScore W3129331581C49040817 @default.
- W3129331581 hasConceptScore W3129331581C60799052 @default.
- W3129331581 hasConceptScore W3129331581C62520636 @default.
- W3129331581 hasConceptScore W3129331581C98015330 @default.
- W3129331581 hasLocation W31293315811 @default.
- W3129331581 hasOpenAccess W3129331581 @default.
- W3129331581 hasPrimaryLocation W31293315811 @default.