FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2945122560> ?p ?o ?g. }

• W2945122560 endingPage "21551" @default.
• W2945122560 startingPage "21543" @default.
• W2945122560 abstract "Organic photovoltaics are a sustainable and cost-effective power-generation technology that may aid the move to zero-emission buildings, carbon neutral cities, and electric vehicles. While state-of-the-art organic photovoltaic devices can be encapsulated to withstand air and moisture, they are currently still susceptible to light-induced degradation, leading to a decline in the long-term efficiency of the devices. In this study, the role of ultraviolet (UV) radiation on a multilayer organic photovoltaic device is systematically uncovered using spectral filtering. By applying long-pass filters to remove different parts of the UV portion of the AM1.5G spectrum, two main photodegradation processes are shown to occur in the organic photovoltaic devices. A UV-activated process is found to cause a significant decrease in the photocurrent across the whole spectrum and is most likely linked to the deterioration of the charge extraction layers. In addition, a photodegradation process caused by UV-filtered sunlight is found to change the micromorphology of the bulk heterojunction material, leading to a reduction in photocurrent at high photon energies. These findings strongly suggest that the fabrication of inherently photostable organic photovoltaic devices will require the replacement of fullerene-based electron transporter materials with alternative organic semiconductors." @default.
• W2945122560 created "2019-05-29" @default.
• W2945122560 creator A5008302156 @default.
• W2945122560 creator A5036508919 @default.
• W2945122560 creator A5037440322 @default.
• W2945122560 creator A5038457667 @default.
• W2945122560 creator A5057247667 @default.
• W2945122560 creator A5058472759 @default.
• W2945122560 creator A5088432856 @default.
• W2945122560 date "2019-05-24" @default.
• W2945122560 modified "2023-10-11" @default.
• W2945122560 title "Effect of Ultraviolet Radiation on Organic Photovoltaic Materials and Devices" @default.
• W2945122560 cites W1657433554 @default.
• W2945122560 cites W1845832521 @default.
• W2945122560 cites W1947970009 @default.
• W2945122560 cites W1966398746 @default.
• W2945122560 cites W1967354747 @default.
• W2945122560 cites W1976646969 @default.
• W2945122560 cites W1983380392 @default.
• W2945122560 cites W1985782357 @default.
• W2945122560 cites W1992670106 @default.
• W2945122560 cites W1997237162 @default.
• W2945122560 cites W2000344977 @default.
• W2945122560 cites W2003293032 @default.
• W2945122560 cites W2011685514 @default.
• W2945122560 cites W2015240500 @default.
• W2945122560 cites W2015891316 @default.
• W2945122560 cites W2020232646 @default.
• W2945122560 cites W2037067852 @default.
• W2945122560 cites W2038345996 @default.
• W2945122560 cites W2043614029 @default.
• W2945122560 cites W2044318987 @default.
• W2945122560 cites W2059166959 @default.
• W2945122560 cites W2063660264 @default.
• W2945122560 cites W2071511657 @default.
• W2945122560 cites W2075687602 @default.
• W2945122560 cites W2076186789 @default.
• W2945122560 cites W2081444239 @default.
• W2945122560 cites W2085115546 @default.
• W2945122560 cites W2098527861 @default.
• W2945122560 cites W2102319628 @default.
• W2945122560 cites W2105382899 @default.
• W2945122560 cites W2116931356 @default.
• W2945122560 cites W2118045763 @default.
• W2945122560 cites W2127705764 @default.
• W2945122560 cites W2135845714 @default.
• W2945122560 cites W2141517543 @default.
• W2945122560 cites W2153273832 @default.
• W2945122560 cites W2158767568 @default.
• W2945122560 cites W2158816800 @default.
• W2945122560 cites W2161158060 @default.
• W2945122560 cites W2172831876 @default.
• W2945122560 cites W2173608668 @default.
• W2945122560 cites W2174056229 @default.
• W2945122560 cites W2214322210 @default.
• W2945122560 cites W2216856553 @default.
• W2945122560 cites W2291530385 @default.
• W2945122560 cites W2333936556 @default.
• W2945122560 cites W2419613619 @default.
• W2945122560 cites W2464567445 @default.
• W2945122560 cites W2517133536 @default.
• W2945122560 cites W2553455526 @default.
• W2945122560 cites W2566847878 @default.
• W2945122560 cites W2590880586 @default.
• W2945122560 cites W2602677528 @default.
• W2945122560 cites W2608662218 @default.
• W2945122560 cites W2613996285 @default.
• W2945122560 cites W2735830495 @default.
• W2945122560 cites W2758915694 @default.
• W2945122560 cites W2768107526 @default.
• W2945122560 cites W2768621031 @default.
• W2945122560 cites W2778228595 @default.
• W2945122560 cites W2778533212 @default.
• W2945122560 cites W2784506527 @default.
• W2945122560 cites W2792783390 @default.
• W2945122560 cites W2910073217 @default.
• W2945122560 cites W2914143997 @default.
• W2945122560 cites W2917773839 @default.
• W2945122560 cites W4239132388 @default.
• W2945122560 cites W4255236128 @default.
• W2945122560 cites W4368082625 @default.
• W2945122560 doi "https://doi.org/10.1021/acsami.9b04828" @default.
• W2945122560 hasPubMedCentralId "https://www.ncbi.nlm.nih.gov/pmc/articles/7007002" @default.
• W2945122560 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/31124649" @default.
• W2945122560 hasPublicationYear "2019" @default.
• W2945122560 type Work @default.
• W2945122560 sameAs 2945122560 @default.
• W2945122560 citedByCount "32" @default.
• W2945122560 countsByYear W29451225602020 @default.
• W2945122560 countsByYear W29451225602021 @default.
• W2945122560 countsByYear W29451225602022 @default.
• W2945122560 countsByYear W29451225602023 @default.
• W2945122560 crossrefType "journal-article" @default.
• W2945122560 hasAuthorship W2945122560A5008302156 @default.
• W2945122560 hasAuthorship W2945122560A5036508919 @default.
• W2945122560 hasAuthorship W2945122560A5037440322 @default.
• W2945122560 hasAuthorship W2945122560A5038457667 @default.
• W2945122560 hasAuthorship W2945122560A5057247667 @default.

• next