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- W2130290420 abstract "Rare-earth phosphors with tunable optical properties are used in display panels and fluorescent lamps and have potential applications in lasers and bioimaging. This work reported the preparation, structure and photoluminescence of the unilamellar nanosheets containing Tb3+/Eu3+ delaminated from layered rare-earth hydroxides (LRHs). Highly crystallized LTbH and LEuH with monolayered dodecyl sulfate ions vertical to the layer were synthesized by a one-step homogeneous precipitation method for the first time, and were shown to be readily delaminated in formamide. The obtained unilamellar nanosheets exhibited a decrease of the coordination number of the lanthanide ions, to probably 8-fold, when compared with the bulky precursor crystals. This change resulted in different photoluminescence emission peak shapes. Colloidal hybrids were constructed using these nanosheets as building blocks, and the emission colors of the hybrids can be facilely and precisely tuned from green to yellow, orange, and finally to red by controlling the relative contents of the two kinds of nanosheets. This method provides a novel and simple route to prepare color-tunable hybrid materials from 2-dimensional crystals." @default.
- W2130290420 created "2016-06-24" @default.
- W2130290420 creator A5003850051 @default.
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- W2130290420 date "2013-01-01" @default.
- W2130290420 modified "2023-10-02" @default.
- W2130290420 title "Structural and photoluminescent investigation of LTbH/LEuH nanosheets and their color-tunable colloidal hybrids" @default.
- W2130290420 cites W1584881776 @default.
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- W2130290420 cites W1965343172 @default.
- W2130290420 cites W1966162277 @default.
- W2130290420 cites W1966945972 @default.
- W2130290420 cites W1970586754 @default.
- W2130290420 cites W1971724931 @default.
- W2130290420 cites W1972343538 @default.
- W2130290420 cites W1973609627 @default.
- W2130290420 cites W1976713666 @default.
- W2130290420 cites W1982454540 @default.
- W2130290420 cites W1984439968 @default.
- W2130290420 cites W1985289512 @default.
- W2130290420 cites W1988874110 @default.
- W2130290420 cites W1990770321 @default.
- W2130290420 cites W1993819060 @default.
- W2130290420 cites W1996884940 @default.
- W2130290420 cites W1997042037 @default.
- W2130290420 cites W2001043621 @default.
- W2130290420 cites W2002441232 @default.
- W2130290420 cites W2002771413 @default.
- W2130290420 cites W2003802478 @default.
- W2130290420 cites W2004621595 @default.
- W2130290420 cites W2010532327 @default.
- W2130290420 cites W2010768892 @default.
- W2130290420 cites W2012698704 @default.
- W2130290420 cites W2018285971 @default.
- W2130290420 cites W2022689737 @default.
- W2130290420 cites W2025929329 @default.
- W2130290420 cites W2026138877 @default.
- W2130290420 cites W2028429418 @default.
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- W2130290420 cites W2041691642 @default.
- W2130290420 cites W2047572502 @default.
- W2130290420 cites W2047887880 @default.
- W2130290420 cites W2062939311 @default.
- W2130290420 cites W2072028298 @default.
- W2130290420 cites W2075664409 @default.
- W2130290420 cites W2076667626 @default.
- W2130290420 cites W2077474252 @default.
- W2130290420 cites W2077638549 @default.
- W2130290420 cites W2085760183 @default.
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- W2130290420 cites W2135269477 @default.
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- W2130290420 doi "https://doi.org/10.1039/c3tc30205a" @default.
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