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- W4377089270 endingPage "122120" @default.
- W4377089270 startingPage "122120" @default.
- W4377089270 abstract "Natural deep eutectic solvents (NADES) are an increasingly appreciated class of mixtures composed by eco-sustainable and environmentally responsible components with hydrogen bonding (HB) donor and acceptor capabilities that enable the establishment of an extended HB network. The latter eventually leads to a substantial drop in the mixture melting point with respect to the one of the ideal mixture. Water-based NADES represent an exciting system that responds to the above mentioned criteria and contain water as a major component, rather than as an impurity or a deliberately added minor ingredient. Choline Chloride (ChCl, a well known HB acceptor in DES systems) forms NADES when mixed with water, which plays the role of HB donor. Several applications have already been identified for this system, but chemical physical properties of choline-rich mixtures, including the DES concentration, are not well established, yet. In order to overcame this limitation and introduce a subsequent, more systematic investigation of atomistic organization in these mixtures, here we report results from a series of chemical physical characterizations of water:ChCl with ratio ranging from 2 to 10 between ca. 280 and 330 K. Calorimetric measurements, density, viscosity, electric conductivity, refractive index, X-ray diffraction patterns and several 1H and 35Cl NMR spectroscopy observables are reported and compared with literature (when available). The deep eutectic nature of the water: ChCl 4:1 mixture is assessed, leading to the individuation of aquoline, as the corresponding DES. The other chemical physical properties are observed to vary, upon water content, in a monotone way, without abrupt changes across the eutectic concentration, thus providing support for the exploitation of the ChCl/water class of solvents, with tunable chemical-physical properties across their wide liquid range." @default.
- W4377089270 created "2023-05-20" @default.
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- W4377089270 date "2023-08-01" @default.
- W4377089270 modified "2023-10-17" @default.
- W4377089270 title "Choline chloride-water mixtures as new generation of green solvents: A comprehensive physico-chemical study" @default.
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- W4377089270 cites W1964264308 @default.
- W4377089270 cites W1996690237 @default.
- W4377089270 cites W1996792541 @default.
- W4377089270 cites W2013525354 @default.
- W4377089270 cites W2018477600 @default.
- W4377089270 cites W2021024641 @default.
- W4377089270 cites W2036186305 @default.
- W4377089270 cites W2036206077 @default.
- W4377089270 cites W2047454965 @default.
- W4377089270 cites W2065820312 @default.
- W4377089270 cites W2075514238 @default.
- W4377089270 cites W2084028885 @default.
- W4377089270 cites W2088642458 @default.
- W4377089270 cites W2088988941 @default.
- W4377089270 cites W2093262129 @default.
- W4377089270 cites W2120347291 @default.
- W4377089270 cites W2124985647 @default.
- W4377089270 cites W2275721701 @default.
- W4377089270 cites W2287958307 @default.
- W4377089270 cites W2319365190 @default.
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- W4377089270 cites W2328451214 @default.
- W4377089270 cites W2332340333 @default.
- W4377089270 cites W2335530363 @default.
- W4377089270 cites W2335614926 @default.
- W4377089270 cites W2545839199 @default.
- W4377089270 cites W2600423200 @default.
- W4377089270 cites W2610973917 @default.
- W4377089270 cites W2617683431 @default.
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- W4377089270 cites W2785906757 @default.
- W4377089270 cites W2789815678 @default.
- W4377089270 cites W2887019939 @default.
- W4377089270 cites W2901844845 @default.
- W4377089270 cites W2907468665 @default.
- W4377089270 cites W2923931606 @default.
- W4377089270 cites W2945874977 @default.
- W4377089270 cites W2947728170 @default.
- W4377089270 cites W2948577131 @default.
- W4377089270 cites W2974411399 @default.
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- W4377089270 cites W2996201412 @default.
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- W4377089270 cites W3131709623 @default.
- W4377089270 cites W3132249611 @default.
- W4377089270 cites W3174427231 @default.
- W4377089270 cites W3193175545 @default.
- W4377089270 cites W3198014909 @default.
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- W4377089270 doi "https://doi.org/10.1016/j.molliq.2023.122120" @default.
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