FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2323383440> ?p ?o ?g. }

• W2323383440 endingPage "21085" @default.
• W2323383440 startingPage "21075" @default.
• W2323383440 abstract "The distributions of electron-transfer dynamics in dye-sensitized TiO2 films are probed using single-molecule microscopy. The time-dependent emission (i.e., blinking dynamics) of rhodamine 6G (R6G) and rhodamine B (RB) sensitized TiO2 films are quantified by constructing cumulative distribution functions of emissive (“on”) and nonemissive (“off”) events. Maximum likelihood estimation (MLE) methods and quantitative goodness-of-fit tests based on the Kolmogorov–Smirnov (KS) statistics are used to establish the best fit to the photophysical data. The on-time distributions for R6G and RB on TiO2 are fit by power laws, but only for emissive durations that last longer than ∼0.7 s. Furthermore, large variations in the power-law exponents are observed when using least-squares fitting as compared to the combined MLE and KS-test approach. The off-time distributions for molecules on TiO2 and glass are not consistent with power laws and are instead well represented by log-normal distributions. Our observations suppor..." @default.
• W2323383440 created "2016-06-24" @default.
• W2323383440 creator A5013401641 @default.
• W2323383440 creator A5069073498 @default.
• W2323383440 creator A5087045656 @default.
• W2323383440 date "2013-10-03" @default.
• W2323383440 modified "2023-10-14" @default.
• W2323383440 title "Dispersive Electron-Transfer Kinetics from Single Molecules on TiO₂ Nanoparticle Films" @default.
• W2323383440 cites W1963676582 @default.
• W2323383440 cites W1965864927 @default.
• W2323383440 cites W1971217997 @default.
• W2323383440 cites W1991702231 @default.
• W2323383440 cites W2000829108 @default.
• W2323383440 cites W2003546894 @default.
• W2323383440 cites W2003677534 @default.
• W2323383440 cites W2004188090 @default.
• W2323383440 cites W2005064431 @default.
• W2323383440 cites W2006879314 @default.
• W2323383440 cites W2007389035 @default.
• W2323383440 cites W2007549549 @default.
• W2323383440 cites W2007922259 @default.
• W2323383440 cites W2008465413 @default.
• W2323383440 cites W2010320771 @default.
• W2323383440 cites W2012234381 @default.
• W2323383440 cites W2015895794 @default.
• W2323383440 cites W2015947090 @default.
• W2323383440 cites W2020421502 @default.
• W2323383440 cites W2020698009 @default.
• W2323383440 cites W2022135717 @default.
• W2323383440 cites W2028136324 @default.
• W2323383440 cites W2029370337 @default.
• W2323383440 cites W2030691060 @default.
• W2323383440 cites W2034600111 @default.
• W2323383440 cites W2038490106 @default.
• W2323383440 cites W2043736118 @default.
• W2323383440 cites W2044583102 @default.
• W2323383440 cites W2047008744 @default.
• W2323383440 cites W2047147820 @default.
• W2323383440 cites W2048654450 @default.
• W2323383440 cites W2049919990 @default.
• W2323383440 cites W2050192489 @default.
• W2323383440 cites W2050636876 @default.
• W2323383440 cites W2050834493 @default.
• W2323383440 cites W2055010471 @default.
• W2323383440 cites W2056816551 @default.
• W2323383440 cites W2059709131 @default.
• W2323383440 cites W2063337375 @default.
• W2323383440 cites W2064890062 @default.
• W2323383440 cites W2067520104 @default.
• W2323383440 cites W2069911181 @default.
• W2323383440 cites W2073335751 @default.
• W2323383440 cites W2076485619 @default.
• W2323383440 cites W2077933350 @default.
• W2323383440 cites W2080124259 @default.
• W2323383440 cites W2080712680 @default.
• W2323383440 cites W2081368889 @default.
• W2323383440 cites W2081754847 @default.
• W2323383440 cites W2081901513 @default.
• W2323383440 cites W2088890202 @default.
• W2323383440 cites W2112474969 @default.
• W2323383440 cites W2113067032 @default.
• W2323383440 cites W2115615940 @default.
• W2323383440 cites W2116318277 @default.
• W2323383440 cites W2125571344 @default.
• W2323383440 cites W2128242068 @default.
• W2323383440 cites W2140311996 @default.
• W2323383440 cites W2141624089 @default.
• W2323383440 cites W2149627878 @default.
• W2323383440 cites W2155219870 @default.
• W2323383440 cites W2161838277 @default.
• W2323383440 cites W2163207905 @default.
• W2323383440 cites W2172033520 @default.
• W2323383440 cites W2323735535 @default.
• W2323383440 cites W2327826867 @default.
• W2323383440 cites W3103362336 @default.
• W2323383440 cites W4241456496 @default.
• W2323383440 doi "https://doi.org/10.1021/jp405899v" @default.
• W2323383440 hasPublicationYear "2013" @default.
• W2323383440 type Work @default.
• W2323383440 sameAs 2323383440 @default.
• W2323383440 citedByCount "23" @default.
• W2323383440 countsByYear W23233834402014 @default.
• W2323383440 countsByYear W23233834402015 @default.
• W2323383440 countsByYear W23233834402016 @default.
• W2323383440 countsByYear W23233834402017 @default.
• W2323383440 countsByYear W23233834402018 @default.
• W2323383440 countsByYear W23233834402019 @default.
• W2323383440 countsByYear W23233834402020 @default.
• W2323383440 countsByYear W23233834402021 @default.
• W2323383440 countsByYear W23233834402022 @default.
• W2323383440 countsByYear W23233834402023 @default.
• W2323383440 crossrefType "journal-article" @default.
• W2323383440 hasAuthorship W2323383440A5013401641 @default.
• W2323383440 hasAuthorship W2323383440A5069073498 @default.
• W2323383440 hasAuthorship W2323383440A5087045656 @default.
• W2323383440 hasConcept C121332964 @default.
• W2323383440 hasConcept C123669783 @default.
• W2323383440 hasConcept C127413603 @default.

• next