M.Dusza,W.Strek,andF.Granek,“Significanceoflight-soakingeffectinproperanalysisofdegradationdynamicsoforganicsolarcells,”JournalofPhotonicsforEnergy,6,035503-035503,2016.[2]B.Paci,G.Kakavelakis,A.Generosi,J.Wright,C.Ferrero,E.Stratakis,etal.,“Improvingstabilityoforganicdevices:atime/spaceresolvedstructuralmonitoringapproachappliedtoplasmonicphotovoltaics,”SolarEnergyMaterialsandSolarCells,159,617-624,2017.[3]P.T.Dang,T.K.Nguyen,andK.Q.Le,“Revisiteddesignoptimizationofmetallicgratingsforplasmoniclight-trappingenhancementinthinorganicsolarcells,”OpticsCommunications,382,241-245,2017.[4]F.F.MahaniandA.Mokhtari,“TiO2circularnano-gratingsasanti-reflectivecoatingsandpotentialcolorfiltersforefficientorganicsolarcells,”Journalofnanoelectronicsandoptoelectronics,13,1-6,2018.[5]F.F.Mahani,A.Mokhtari,andM.Mehran,“Designanddevelopmentofaluminumnanoringarraysforrealizationofdual-modeoperation31plasmoniccolorfilters,”JournaloftheOpticalSocietyofAmericaB,35,1764-1771,2018.[6]F.F.Mahani,A.Mokhtari,andM.Mehran,“Dualmodeoperation,highlyselectivenanoholearray-basedplasmoniccolourfilters,”Nanotechnology,28,385203,2017.[7]F.F.Mahani,A.Mahanipour,andA.Mokhtari,"OptimizationofplasmoniccolorfiltersforCMOSimagesensorsbygeneticalgorithm,"The2ndConferenceonSwarmIntelligenceandEvolutionaryComputation(CSIEC),12-15,2017.[8]F.F.MahaniandA.Mokhtari,“Performanceenhancementofnanoholearray-basedplasmoniccolorfltersforCMOSimagesensors,”The23rdIranianConferenceonOpticsandPhotonics(ICOP2017),andthe9thIranianConferenceonPhotonicsEngineeringandTechnology(ICPET2017),2017.[9]S.Lal,S.Link,andN.J.Halas,“Nano-opticsfromsensingtowaveguiding,”Naturephotonics,1,641-648,2007.[10]Z.Khezripour,F.F.Mahani,andA.Mokhtari,“Double-sidedTiO2nano-gratingsforbroadbandperformanceenhancementoforganicsolarcells.”JournaloftheOpticalSocietyofAmericaB,35(10),2478-2483,2018.[11]Z.Khezripour,F.F.Mahani,andA.Mokhtari,"Optimizeddesignofsilicon-basedmotheyenanostructuresforthinfilmsolarcells,"The3rdConferenceonSwarmIntelligenceandEvolutionaryComputation(CSIEC),2018.[12]F.F.Mahani,andA.Mokhtari,“Performanceimprovementoforganicsolarcellsusingahybridcolorfilterelectrodeofgraphene-aluminumnanorings,”JournalofNanoelectronicsandOptoelectronics,13,1-6,2018.[13]Z.Khezripour,F.F.Mahani,andA.Mokhtari,“Performanceimprovementofultrathinorganicsolarcellsutilizinglight-trappingaluminum-titaniumnitridenanosquarearrays,”OpticalMaterials,84,651-657,2018.[14]F.F.MahaniandA.Mokhtari,“Polarization-tunedchromaticelectrodesusinghybriddesignofgraphene-aluminumnanocrossarraysforefficientorganicsolarcells,”OpticalMaterials,84,158-165,2018.[15]E.StratakisandE.Kymakis,“Nanoparticle-basedplasmonicorganicphotovoltaicdevices,”MaterialsToday,16,133-146,2013.[16]X.Li,W.C.H.Choy,H.Lu,W.E.Sha,andA.H.P.Ho,“EfficiencyEnhancementofOrganicSolarCellsbyUsingShape‐DependentBroadbandPlasmonicAbsorptioninMetallicNanoparticles,”AdvancedFunctionalMaterials,23,2728-2735,2013.[17]S.W.Baek,G.Park,J.Noh,C.Cho,C.H.Lee,M.-K.Seo,etal.,“Au@Agcore–shellnanocubesforefficientplasmoniclightscatteringeffectinlowbandgaporganicsolarcells,”ACSnano,8,3302-3312,2014.[18]E.Kymakis,G.D.Spyropoulos,R.Fernandes,G.Kakavelakis,A.G.Kanaras,andE.Stratakis,“Plasmonicbulkheterojunctionsolarcells:theroleofnanoparticleligandcoating,”ACSPhotonics,2,714-723,2015.[19]J.You,X.Li,F.x.Xie,W.E.Sha,J.H.Kwong,G.Li,etal.,“SurfacePlasmonandScattering‐EnhancedLow‐BandgapPolymerSolarCellbyaMetalGratingBackElectrode,”AdvancedEnergyMaterials,2,1203-1207,2012.[20]X.Li,W.C.Choy,L.Huo,F.Xie,W.E.Sha,B.Ding,etal.,“Dualplasmonicnanostructuresforhighperformanceinvertedorganicsolarcells,”AdvancedMaterials,24,3046-3052,2012.ششمسال|دومشماره|۱۳۹8تابستان32[21]M.Y.Lin,Y.L.Kang,Y.C.Chen,TH.Tsai,S.C.Lin,Y.H.Huang,etal.,“PlasmonicITO-freepolymersolarcell,”Opticsexpress,22,A438-A445,2014.[22]Q.Gan,F.J.Bartoli,andZ.H.Kafafi,“Plasmonic‐enhancedorganicphotovoltaics:Breakingthe10%efficiencybarrier,”Advancedmaterials,25,2385-2396,2013.[23]J.R.Beau,Z.Leize,andY.Qiuming,“DesignanddevelopmentofplasmonicnanostructuredelectrodesforITO-freeorganicphotovoltaiccellsonrigidandhighlyflexiblesubstrates,”Nanotechnology,28,165401-165412,2017.[24]S.Y.ChouandW.Ding,“Ultrathin,high-efficiency,broad-band,omni-acceptance,organicsolarcellsenhancedbyplasmoniccavitywithsubwavelengthholearray,”Opticsexpress,21,A60-A76,2013.[25]F.F.MahaniandA.Mokhtari,"EnhancementofITO-freeorganicsolarcellsutilizingplasmonicnanoholeelectrodes,"ICN-2017:7thInternationalConferenceonNanotechnology,2017.[26]J.Gilot,M.M.Wienk,andR.A.Janssen,“Doubleandtriplejunctionpolymersolarcellsprocessedfromsolution,”AppliedPhysicsLetters,90,143512-143520,2007.[27]C.GenetandT.Ebbesen,“Lightintinyholes,”Nature,445,39-46,2007.[28]F.J.Garcia-Vidal,L.Martin-Moreno,T.Ebbesen,andL.Kuipers,“Lightpassingthroughsubwavelengthapertures,”ReviewsofModernPhysics,82,729-738,2010.[29]T.Nakanishi,E.Tsutsumi,K.Masunaga,A.Fujimoto,andK.Asakawa,“Transparentaluminumnanomeshelectrodefabricatedbynanopatterningusingself-assemblednanoparticles,”Appliedphysicsexpress,4,025201-025210,2011.[30]Q.G.Du,W.Yue,Z.Wang,W.T.Lau,H.Ren,andE.-P.Li,“Highopticaltransmittanceofaluminumultrathinfilmwithhexagonalnanoholearraysastransparentelectrode,”Opticsexpress,24,4680-4688,2016.[31]G.D’Aguanno,N.Mattiucci,A.Alu,andM.Bloemer,“Quenchedopticaltransmissioninultrathinsubwavelengthplasmonicgratings,”PhysicalReviewB,83,035426—035432,2011.[32]K.Yee,“NumericalsolutionofinitialboundaryvalueproblemsinvolvingMaxwell'sequationsinisotropicmedia,”IEEETransactionsonantennasandpropagation,14,302-307,1966.[33]D.M.Sullivan,ElectromagneticsimulationusingtheFDTDmethod:JohnWiley&Sons,2013.[34]https://apps.lumerical.com/sp_common_simulation_consideratio.html(retrieved18.01.2019)[35]B.Zeng,Y.Gao,andF.Bartoli,"Ultrathinnanostructuredmetalsforhighlytransmissiveplasmonicsubtractivecolorfilters,"inCLEO:ScienceandInnovations,2014,STu1M.6.[36]S.A.Maier,Plasmonics:fundamentalsandapplications:SpringerUS,2007