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• W2035164807 endingPage "47" @default.
• W2035164807 startingPage "28" @default.
• W2035164807 abstract "Silica–metal nanostructures consisting of silica cores and metal nanoshells attract a lot of attention because of their unique properties and potential applications ranging from catalysis and biosensing to optical devices and medicine. The important feature of these nanostructures is the possibility of controlling their properties by the variation of their geometry, shell morphology and shell material. This review is devoted to silica–noble metal core–shell nanostructures; specifically, it outlines the main methods used for the preparation and surface modification of silica particles and presents the major strategies for the formation of metal nanoshells on the modified silica particles. A special emphasis is given to the Stöber method, which is relatively simple, effective and well verified for the synthesis of large and highly uniform silica particles (with diameters from 100 nm to a few microns). Next, the surface chemistry of these particles is discussed with a special focus on the attachment of specific organic groups such as aminopropyl or mercaptopropyl groups, which interact strongly with metal species. Finally, the synthesis, characterization and application of various silica–metal core–shell nanostructures are reviewed, especially in relation to the siliceous cores with gold or silver nanoshells. Nowadays, gold is most often used metal for the formation of nanoshells due to its beneficial properties for many applications. However, other metals such as silver, platinum, palladium, nickel and copper were also used for fabrication of core–shell nanostructures. Silica–metal nanostructures can be prepared using various methods, for instance, (i) growth of metal nanoshells on the siliceous cores with deposited metal nanoparticles, (ii) reduction of metal species accompanied by precipitation of metal nanoparticles on the modified silica cores, and (iii) formation of metal nanoshells under ultrasonic conditions. A special emphasis is given to the seed-mediated growth, where metal nanoshells are formed on the modified silica cores with deposited metal nanoparticles. This strategy assures a good control of the nanoshell thickness as well as its surface properties." @default.
• W2035164807 created "2016-06-24" @default.
• W2035164807 creator A5006901930 @default.
• W2035164807 creator A5030268865 @default.
• W2035164807 creator A5065693067 @default.
• W2035164807 creator A5069069798 @default.
• W2035164807 date "2012-01-01" @default.
• W2035164807 modified "2023-10-03" @default.
• W2035164807 title "Silica–metal core–shell nanostructures" @default.
• W2035164807 cites W126868105 @default.
• W2035164807 cites W1963754235 @default.
• W2035164807 cites W1963786116 @default.
• W2035164807 cites W1963865319 @default.
• W2035164807 cites W1964496313 @default.
• W2035164807 cites W1964688495 @default.
• W2035164807 cites W1964951606 @default.
• W2035164807 cites W1965722947 @default.
• W2035164807 cites W1966181700 @default.
• W2035164807 cites W1968606991 @default.
• W2035164807 cites W1969117378 @default.
• W2035164807 cites W1969474385 @default.
• W2035164807 cites W1971150385 @default.
• W2035164807 cites W1971971466 @default.
• W2035164807 cites W1972081802 @default.
• W2035164807 cites W1972330264 @default.
• W2035164807 cites W1972536371 @default.
• W2035164807 cites W1974490692 @default.
• W2035164807 cites W1975274686 @default.
• W2035164807 cites W1976457447 @default.
• W2035164807 cites W1977170384 @default.
• W2035164807 cites W1978313143 @default.
• W2035164807 cites W1978516394 @default.
• W2035164807 cites W1979902277 @default.
• W2035164807 cites W1981286647 @default.
• W2035164807 cites W1982347298 @default.
• W2035164807 cites W1984121719 @default.
• W2035164807 cites W1986356922 @default.
• W2035164807 cites W1987567623 @default.
• W2035164807 cites W1987931835 @default.
• W2035164807 cites W1989522034 @default.
• W2035164807 cites W1990248617 @default.
• W2035164807 cites W1991353615 @default.
• W2035164807 cites W1992389852 @default.
• W2035164807 cites W1992844878 @default.
• W2035164807 cites W1993680022 @default.
• W2035164807 cites W1993716668 @default.
• W2035164807 cites W1993946076 @default.
• W2035164807 cites W1994955716 @default.
• W2035164807 cites W1995797243 @default.
• W2035164807 cites W1996259855 @default.
• W2035164807 cites W1996625162 @default.
• W2035164807 cites W1999087415 @default.
• W2035164807 cites W1999733648 @default.
• W2035164807 cites W2000047133 @default.
• W2035164807 cites W2001280311 @default.
• W2035164807 cites W2001912972 @default.
• W2035164807 cites W2002780252 @default.
• W2035164807 cites W2003005520 @default.
• W2035164807 cites W2003192987 @default.
• W2035164807 cites W2003226739 @default.
• W2035164807 cites W2003986793 @default.
• W2035164807 cites W2004535641 @default.
• W2035164807 cites W2005517830 @default.
• W2035164807 cites W2005535168 @default.
• W2035164807 cites W2006029866 @default.
• W2035164807 cites W2006040408 @default.
• W2035164807 cites W2006892956 @default.
• W2035164807 cites W2009178751 @default.
• W2035164807 cites W2009192563 @default.
• W2035164807 cites W2010097825 @default.
• W2035164807 cites W2011025426 @default.
• W2035164807 cites W2011300465 @default.
• W2035164807 cites W2012388515 @default.
• W2035164807 cites W2013240079 @default.
• W2035164807 cites W2013745197 @default.
• W2035164807 cites W2014201345 @default.
• W2035164807 cites W2016195644 @default.
• W2035164807 cites W2017224814 @default.
• W2035164807 cites W2017465304 @default.
• W2035164807 cites W2017815207 @default.
• W2035164807 cites W2019568559 @default.
• W2035164807 cites W2020093054 @default.
• W2035164807 cites W2020771045 @default.
• W2035164807 cites W2021087526 @default.
• W2035164807 cites W2021090082 @default.
• W2035164807 cites W2021448183 @default.
• W2035164807 cites W2021911038 @default.
• W2035164807 cites W2022059357 @default.
• W2035164807 cites W2023625869 @default.
• W2035164807 cites W2024832835 @default.
• W2035164807 cites W2025676049 @default.
• W2035164807 cites W2027201852 @default.
• W2035164807 cites W2028333497 @default.
• W2035164807 cites W2028811333 @default.
• W2035164807 cites W2028834783 @default.
• W2035164807 cites W2033096857 @default.
• W2035164807 cites W2033239757 @default.
• W2035164807 cites W2033380066 @default.

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