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- W2136044568 endingPage "4322" @default.
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- W2136044568 abstract "In the last few years, non-coherent sensitized photon up-conversion (SUC) in multi-component systems has been developed to achieve significantly high quantum yields for various chromophore combinations at low excitation powers, spanning from the ultraviolet (UV) to near infrared (NIR) spectrum. This promising photon energy management technique became indeed suitable for wide applications in lighting technology and especially in photovoltaics, being able to recover the sub-bandgap photons lost by current devices. A full and general description of the SUC photophysics will be presented, with the analysis of the parameter affecting the photon conversion quantum yield and the quantities which define the optimal working range of any SUC system, namely the threshold and saturation excitation intensity. It will be shown how these quantities depend on intrinsic photophysical properties of the moieties involved and on the SUC solid host matrix. The model proposed represents a powerful tool for evaluation of a newly proposed system, and its reliability will be discussed in respect to an optimized system with SUC yield of 0.26 ± 0.02. The results obtained will outline the research guidelines which must be pursued to optimize the SUC efficiency for its perspective technological applications." @default.
- W2136044568 created "2016-06-24" @default.
- W2136044568 creator A5012120478 @default.
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- W2136044568 creator A5048279269 @default.
- W2136044568 creator A5081426289 @default.
- W2136044568 date "2012-01-01" @default.
- W2136044568 modified "2023-10-03" @default.
- W2136044568 title "Low power, non-coherent sensitized photon up-conversion: modelling and perspectives" @default.
- W2136044568 cites W1964395868 @default.
- W2136044568 cites W1967626655 @default.
- W2136044568 cites W1971916812 @default.
- W2136044568 cites W1972077715 @default.
- W2136044568 cites W1973027078 @default.
- W2136044568 cites W1973073587 @default.
- W2136044568 cites W197543336 @default.
- W2136044568 cites W1976929777 @default.
- W2136044568 cites W1980982283 @default.
- W2136044568 cites W1983432538 @default.
- W2136044568 cites W1985216425 @default.
- W2136044568 cites W1986097818 @default.
- W2136044568 cites W1987036168 @default.
- W2136044568 cites W1988329638 @default.
- W2136044568 cites W1989455648 @default.
- W2136044568 cites W1990630388 @default.
- W2136044568 cites W1991742072 @default.
- W2136044568 cites W1997375781 @default.
- W2136044568 cites W1998465350 @default.
- W2136044568 cites W2002279585 @default.
- W2136044568 cites W2003630576 @default.
- W2136044568 cites W2005501037 @default.
- W2136044568 cites W2006901834 @default.
- W2136044568 cites W2007857241 @default.
- W2136044568 cites W2012290674 @default.
- W2136044568 cites W2016054241 @default.
- W2136044568 cites W2017220615 @default.
- W2136044568 cites W2022731622 @default.
- W2136044568 cites W2024239720 @default.
- W2136044568 cites W2026323958 @default.
- W2136044568 cites W2027582906 @default.
- W2136044568 cites W2033633102 @default.
- W2136044568 cites W2035725612 @default.
- W2136044568 cites W2038303965 @default.
- W2136044568 cites W2041939135 @default.
- W2136044568 cites W2042905015 @default.
- W2136044568 cites W2047056838 @default.
- W2136044568 cites W2050261207 @default.
- W2136044568 cites W2054909262 @default.
- W2136044568 cites W2055785539 @default.
- W2136044568 cites W2056061799 @default.
- W2136044568 cites W2056463319 @default.
- W2136044568 cites W2058894899 @default.
- W2136044568 cites W2062648071 @default.
- W2136044568 cites W2064470153 @default.
- W2136044568 cites W2064512984 @default.
- W2136044568 cites W2065142524 @default.
- W2136044568 cites W2065397222 @default.
- W2136044568 cites W2072486401 @default.
- W2136044568 cites W2075692536 @default.
- W2136044568 cites W2078228198 @default.
- W2136044568 cites W2079740052 @default.
- W2136044568 cites W2084695398 @default.
- W2136044568 cites W2085683880 @default.
- W2136044568 cites W2086547992 @default.
- W2136044568 cites W2088465535 @default.
- W2136044568 cites W2088712046 @default.
- W2136044568 cites W2089326466 @default.
- W2136044568 cites W2090648609 @default.
- W2136044568 cites W2091064552 @default.
- W2136044568 cites W2093046693 @default.
- W2136044568 cites W2093223481 @default.
- W2136044568 cites W2094287737 @default.
- W2136044568 cites W2098508266 @default.
- W2136044568 cites W2102296744 @default.
- W2136044568 cites W2104683884 @default.
- W2136044568 cites W2113183709 @default.
- W2136044568 cites W2113981935 @default.
- W2136044568 cites W2127096313 @default.
- W2136044568 cites W2130343939 @default.
- W2136044568 cites W2131071737 @default.
- W2136044568 cites W2131261025 @default.
- W2136044568 cites W2136303879 @default.
- W2136044568 cites W2144663645 @default.
- W2136044568 cites W2156538064 @default.
- W2136044568 cites W2161940252 @default.
- W2136044568 cites W2168409255 @default.
- W2136044568 cites W2318208369 @default.
- W2136044568 cites W2321741018 @default.
- W2136044568 cites W2329304980 @default.
- W2136044568 cites W2465545812 @default.
- W2136044568 cites W2591677825 @default.
- W2136044568 cites W2951972362 @default.
- W2136044568 cites W3004780773 @default.
- W2136044568 cites W3021518424 @default.
- W2136044568 cites W4238971306 @default.
- W2136044568 doi "https://doi.org/10.1039/c2cp23900k" @default.
- W2136044568 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/22370856" @default.