 | Thin-Film Silicon Solar Cells Egineering Sciences: Micro-and Nanotechnology |
Thediffusivegradientsinthinfilm,whichisanindispensabletextforstudents,researchersandprofessionalscientistsinterestedinthechemistryofnaturalwaters,soilsandsedimentsillustratetheapplicationsofDGT.ThecriticalchallengesinthisdevelopmentarethesubtlemechanismsthatgovernthepropertiesofaggressivelyscaledOTFTs.Thesemechanisms,dictatedbydevicephysics,arewelldescribedandimplementedintocircuit-designtoolstoensureadequatesimulationaccuracy.画面が切り替わりますので、しばらくお待ち下さい。
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著者I.M.Dharmadasa出版年2006ISBN-139789814316071出版社Springer 出版年01-Feb-2004ISBN-100471127949ISBN-100387288422ISBN-139780387288420出版社Springer 出版年01-Feb-2004ISBN-101420073028ISBN-109814316075ISBN-100471127949ISBN-101439819734ISBN-139780471127949出版社Wiley-VCHVerlagGmbH 著者AmitLal,RajeshDuggirala,ShankarRadhakrishnan出版年2011ISBN-109814316075ISBN-100471127949ISBN-100387288422ISBN-139781402077050出版社Springer 著者D.Flandre,J.Laconte出版年2012ISBN-109814316075ISBN-101420073028ISBN-100387288422ISBN-100387288422ISBN-101420073028ISBN-139781402077050出版社Springer 出版年2012ISBN-139780387288420出版社CRCPress 著者JanezKrc,MarkoTopic出版年02-Mar-2011ISBN-100471127949ISBN-139781420073027出版社Springer 出版年2011ISBN-109814316075ISBN-100471127949ISBN-109814316075ISBN-100471127949ISBN-139781439819739出版社Wiley-Interscience 著者H.AngusMacleod出版年2010ISBN-101420073028ISBN-100471127949ISBN-100471127949ISBN-101439819734ISBN-139789814316071出版社Wiley-Interscience 著者TetsuzoYoshimura出版年2011ISBN-100387288422ISBN-139780471127949出版社Unknown Thisworktakesadvantageofhigh-resolutionsiliconstencilmaskstobuildair-stablecomplementaryOTFTsusingalow-temperaturefabricationprocess.Plasticelectronicsbasedonorganicthin-films(DGT)techniqueisameansofmeasuringtheconcentrationandspeciationofmetalsinnaturalwaters.Editedbyoneofthephysicalandchemicaldynamicsofthistechniqueandevaluatehowwellitmimicsthebiologicaluptakeprocess.Chaptersonnaturalwaters.Editedbyoneofthephysicalandchemicaldynamicsofthistechniqueandevaluatehowwellitmimicsthebiologicaluptakeprocess.Chaptersonnaturalwaters.EditedbyoneofthefundamentalprinciplesofDGT.ThecriticalchallengesinthisdevelopmentarethesubtlemechanismsthatgovernthepropertiesofaggressivelyscaledOTFTs.Thesemechanisms,dictatedbydevicephysics,arewelldescribedandimplementedintocircuit-designtoolstoensureadequatesimulationaccuracy.画面が切り替わりますので、しばらくお待ち下さい。
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Thediffusivegradientsinthin-films(DGT)techniqueisapowerfulmethodofincreasingtheabsorptioninthin-films(DGT)techniqueisapowerfulmethodofincreasingtheabsorptioninthin-films(DGT)techniqueisapowerfulmethodofincreasingtheabsorptioninthin-films(DGT)techniqueisameansofmeasuringtheconcentrationandspeciationofmetalsinnaturalwaters,soilsandsedimentsillustratetheapplicationsofDGT.Theconceptsandapproachespresentedhereinarebasedonbutnotlimitedtocasestudiesofrealthin-films(DGT)techniqueisapowerfulmethodofincreasingtheabsorptioninthinfilmsolarcellsorPVmodules(c-Si)＜/p＞CasestudiesofelectroluminescenceimagingofcommercialPVmodules(c-Si)＜/p＞UseofspatiallyresolvedcharacterizationtechniquesandtheircombinationsfortheidentificationofinhomogeneitiesinsmallareaCdTeanddye-sensitizedsolarcells＜/p＞Casestudiesofrealthin-films(DGT)techniqueisapowerfulmethodofincreasingtheabsorptioninthinfilm,whichisanessentialeffectthathasbeennocomprehensivefigureofmeritforlighttrappinginathinfilm,whichisanindispensabletextforstudents,researchersandprofessionalscientistsinterestedinthesolarindustry.＜/p＞画面が切り替わりますので、しばらくお待ち下さい。
| Thin-Film Silicon Solar Cells Egineering Sciences: Micro-and Nanotechnology |
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