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- W2233807908 abstract "Water-containing organic solutions are widespread reaction media in organic synthesis and catalysis. This type of multicomponent liquid system has a number of unique properties because of the tendency for water to self-organize in mixtures with other liquids. The characterization of these water domains is a challenging task because of their soft and dynamic nature. In the present study, the morphology and dynamics of micrometer- and nanometer-scale water-containing compartments in ionic liquids were directly observed by electron microscopy. A variety of morphologies, including isolated droplets, dense structures, aggregates, and 2D meshworks, have been experimentally detected and studied. Using the developed method, the impact of water on the acid-catalyzed biomass conversion reaction was studied at the microscopic level. The process that produced nanostructured domains in solution led to better yields and higher selectivities compared with reactions involving the bulk system." @default.
- W2233807908 created "2016-06-24" @default.
- W2233807908 creator A5004817483 @default.
- W2233807908 creator A5047280120 @default.
- W2233807908 creator A5053135866 @default.
- W2233807908 creator A5062393530 @default.
- W2233807908 date "2016-01-11" @default.
- W2233807908 modified "2023-09-24" @default.
- W2233807908 title "Direct Observation of Self-Organized Water-Containing Structures in the Liquid Phase and Their Influence on 5-(Hydroxymethyl)furfural Formation in Ionic Liquids" @default.
- W2233807908 cites W1600292521 @default.
- W2233807908 cites W1968332904 @default.
- W2233807908 cites W1971419755 @default.
- W2233807908 cites W1975315526 @default.
- W2233807908 cites W1976360573 @default.
- W2233807908 cites W1981122307 @default.
- W2233807908 cites W1981259160 @default.
- W2233807908 cites W1981636018 @default.
- W2233807908 cites W1982479518 @default.
- W2233807908 cites W1983301602 @default.
- W2233807908 cites W1983570788 @default.
- W2233807908 cites W1996980281 @default.
- W2233807908 cites W1998745454 @default.
- W2233807908 cites W1999665987 @default.
- W2233807908 cites W2000937217 @default.
- W2233807908 cites W2005211800 @default.
- W2233807908 cites W2005307077 @default.
- W2233807908 cites W2006070749 @default.
- W2233807908 cites W2010003862 @default.
- W2233807908 cites W2010332252 @default.
- W2233807908 cites W2010370307 @default.
- W2233807908 cites W2010898764 @default.
- W2233807908 cites W2010999579 @default.
- W2233807908 cites W2012103256 @default.
- W2233807908 cites W2014255603 @default.
- W2233807908 cites W2019431820 @default.
- W2233807908 cites W2021037408 @default.
- W2233807908 cites W2031087114 @default.
- W2233807908 cites W2034352421 @default.
- W2233807908 cites W2038257270 @default.
- W2233807908 cites W2046898906 @default.
- W2233807908 cites W2047840753 @default.
- W2233807908 cites W2061788527 @default.
- W2233807908 cites W2064799493 @default.
- W2233807908 cites W2070206101 @default.
- W2233807908 cites W2073045312 @default.
- W2233807908 cites W2078633077 @default.
- W2233807908 cites W2082306115 @default.
- W2233807908 cites W2083084693 @default.
- W2233807908 cites W2084726128 @default.
- W2233807908 cites W2086466849 @default.
- W2233807908 cites W2088652979 @default.
- W2233807908 cites W2091494917 @default.
- W2233807908 cites W2101826402 @default.
- W2233807908 cites W2103207805 @default.
- W2233807908 cites W2104529244 @default.
- W2233807908 cites W2109703593 @default.
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- W2233807908 cites W2122250145 @default.
- W2233807908 cites W2124444489 @default.
- W2233807908 cites W2129233090 @default.
- W2233807908 cites W2133453686 @default.
- W2233807908 cites W2135872679 @default.
- W2233807908 cites W2138928556 @default.
- W2233807908 cites W2141771478 @default.
- W2233807908 cites W2142096612 @default.
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- W2233807908 cites W2163006286 @default.
- W2233807908 cites W2163156526 @default.
- W2233807908 cites W2167014804 @default.
- W2233807908 cites W2171880812 @default.
- W2233807908 cites W2301085974 @default.
- W2233807908 cites W2313242568 @default.
- W2233807908 cites W2323364918 @default.
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- W2233807908 cites W2328236684 @default.
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- W2233807908 cites W2331359698 @default.
- W2233807908 cites W2435449135 @default.
- W2233807908 cites W2480150380 @default.
- W2233807908 cites W2751909123 @default.
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- W2233807908 cites W4231276571 @default.
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- W2233807908 doi "https://doi.org/10.1002/anie.201510090" @default.
- W2233807908 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/26754786" @default.
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