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• W2200269695 endingPage "279" @default.
• W2200269695 startingPage "245" @default.
• W2200269695 abstract "Abstract In recent years, experimental and theoretical methods have provided new insights into the size, shape, reactivity, and stability of clay minerals. Although diverse and complex, the surface chemistry of all clay minerals is defined spatially on a common scale of nanometres. This review is organized around the nanoscale architecture of clay minerals examined at several different length scales. The first, and perhaps most important, is the length scale associated with Hbonding in clay minerals. Hbonding interactions define the size and shape of 1:1 phyllosilicates and dominate the surface chemistry of many clay minerals. Structural and surface OHgroups contained within and on the surface of clay minerals provide a type of ‘molecular reporter group’ and are sensitive to subtle changes in their local environment. Examples of OH-reporter group studies in clay minerals, and the spatial scales at which they provide diagnostic information, are examined. The second length scale considered here is that associated with clay–water and clay–organic interactions. Inorganic and organic solutes can be used to explore the surface chemistry of clay minerals. Similar to the use of reporter groups, molecular probes have diagnostic properties that are sensitive to changes in their molecular environment. Clay–water interactions occur at a length scale that extends from the size of the H 2 O molecule (~0.3 nm) to the larger scales associated with clay-swelling (>10 nm). Similarly, clay–organic interactions are also defined, in part, on the basis of their molecular size, in addition to the type of chemical bonding interactions that take place between the organic solute and the clay surface. Examples illustrating the use of clay–water and clay–organic solute interactions as molecular probes are presented. The largest scale to be considered is that of the particles themselves, with scales that approach micrometres. Recent developments in the synthesis and characterization of ultrathin hybrid films of clay minerals provide complementary information about the nature and distribution of active sites on clay minerals, as well as providing new opportunities to exploit the surface chemistry of clay minerals in the design of functional materials." @default.
• W2200269695 created "2016-06-24" @default.
• W2200269695 creator A5001050390 @default.
• W2200269695 date "2010-09-01" @default.
• W2200269695 modified "2023-10-14" @default.
• W2200269695 title "Probing the nanoscale architecture of clay minerals" @default.
• W2200269695 cites W1522937699 @default.
• W2200269695 cites W1548685716 @default.
• W2200269695 cites W1568794184 @default.
• W2200269695 cites W1582377352 @default.
• W2200269695 cites W1850059777 @default.
• W2200269695 cites W1925330822 @default.
• W2200269695 cites W1935479846 @default.
• W2200269695 cites W1953112584 @default.
• W2200269695 cites W1963606239 @default.
• W2200269695 cites W1964389607 @default.
• W2200269695 cites W1964621160 @default.
• W2200269695 cites W1964714612 @default.
• W2200269695 cites W1966747517 @default.
• W2200269695 cites W1967617160 @default.
• W2200269695 cites W1967857723 @default.
• W2200269695 cites W1968794746 @default.
• W2200269695 cites W1969210908 @default.
• W2200269695 cites W1970663420 @default.
• W2200269695 cites W1971733465 @default.
• W2200269695 cites W1971864741 @default.
• W2200269695 cites W1972713987 @default.
• W2200269695 cites W1973506949 @default.
• W2200269695 cites W1975308807 @default.
• W2200269695 cites W1976530480 @default.
• W2200269695 cites W1979682337 @default.
• W2200269695 cites W1980704616 @default.
• W2200269695 cites W1981217790 @default.
• W2200269695 cites W1981356328 @default.
• W2200269695 cites W1981543549 @default.
• W2200269695 cites W1981951224 @default.
• W2200269695 cites W1982358110 @default.
• W2200269695 cites W1985502116 @default.
• W2200269695 cites W1985677976 @default.
• W2200269695 cites W1987341039 @default.
• W2200269695 cites W1987411542 @default.
• W2200269695 cites W1988133918 @default.
• W2200269695 cites W1988603641 @default.
• W2200269695 cites W1988656099 @default.
• W2200269695 cites W1989948188 @default.
• W2200269695 cites W1991346773 @default.
• W2200269695 cites W1991855621 @default.
• W2200269695 cites W1992197068 @default.
• W2200269695 cites W1993344132 @default.
• W2200269695 cites W1993778134 @default.
• W2200269695 cites W1995589158 @default.
• W2200269695 cites W1997352830 @default.
• W2200269695 cites W1997854365 @default.
• W2200269695 cites W1998937187 @default.
• W2200269695 cites W1999069020 @default.
• W2200269695 cites W1999285513 @default.
• W2200269695 cites W2000430266 @default.
• W2200269695 cites W2000542088 @default.
• W2200269695 cites W2002670654 @default.
• W2200269695 cites W2004195876 @default.
• W2200269695 cites W2004659139 @default.
• W2200269695 cites W2004663602 @default.
• W2200269695 cites W2006556506 @default.
• W2200269695 cites W2007646285 @default.
• W2200269695 cites W2008577310 @default.
• W2200269695 cites W2008663824 @default.
• W2200269695 cites W2009735538 @default.
• W2200269695 cites W2010195203 @default.
• W2200269695 cites W2010669345 @default.
• W2200269695 cites W2010697548 @default.
• W2200269695 cites W2010990083 @default.
• W2200269695 cites W2011262247 @default.
• W2200269695 cites W2016245480 @default.
• W2200269695 cites W2016435780 @default.
• W2200269695 cites W2016669295 @default.
• W2200269695 cites W2018516740 @default.
• W2200269695 cites W2019228156 @default.
• W2200269695 cites W2019480360 @default.
• W2200269695 cites W2019494737 @default.
• W2200269695 cites W2019859197 @default.
• W2200269695 cites W2020510822 @default.
• W2200269695 cites W2020667449 @default.
• W2200269695 cites W2021665612 @default.
• W2200269695 cites W2021993435 @default.
• W2200269695 cites W2022167560 @default.
• W2200269695 cites W2023067993 @default.
• W2200269695 cites W2023596223 @default.
• W2200269695 cites W2025653677 @default.
• W2200269695 cites W2026648844 @default.
• W2200269695 cites W2027565973 @default.
• W2200269695 cites W2027978448 @default.
• W2200269695 cites W2028358750 @default.
• W2200269695 cites W2029175083 @default.
• W2200269695 cites W2029495435 @default.
• W2200269695 cites W2032311380 @default.
• W2200269695 cites W2032641110 @default.
• W2200269695 cites W2033547909 @default.
• W2200269695 cites W2033787998 @default.

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