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• W2149128358 abstract "Abstract In the past two decades flame aerosol synthesis of novel materials has experienced significant growth in both industry and academia. Recent research is focused on the development of new materials in the nanosized range to be used in various applications, such as catalysts, gas sensors, pigments, and batteries. Several studies indicate that this scalable synthesis method can result in novel and metastable phases of mixed metal oxides of high purity, which may not be easy accessible by conventional wet‐ or solid‐state processes. Especially for catalytic applications this synthesis method is emerging as an attractive fast and single‐step production route for high surface area materials, often with unprecedented structural and catalytic properties. The large variety of possible organometallic precursors especially for the liquid‐fed aerosol flame synthesis makes this technique very versatile for catalyst synthesis. Using the example of the widely used vanadia‐based mixed oxide catalysts, we analyze the structural and catalytic properties of flame‐derived catalysts and compare them to corresponding catalysts prepared by classical wet‐chemistry methods. The often unique structural properties along with their control at proper synthesis conditions and their influence on catalyst performance in selected reactions are discussed. Subsequently, we give an overview of other recent flame‐made mixed metal oxide based catalysts and make an attempt to assess the potential and limitations of flame synthesis for the preparation of catalytic mixed metal oxide materials, and finally we identify future challenges in research." @default.
• W2149128358 created "2016-06-24" @default.
• W2149128358 creator A5032230300 @default.
• W2149128358 creator A5040833016 @default.
• W2149128358 creator A5063774939 @default.
• W2149128358 date "2011-05-27" @default.
• W2149128358 modified "2023-10-11" @default.
• W2149128358 title "Flame Aerosol Synthesis of Metal Oxide Catalysts with Unprecedented Structural and Catalytic Properties" @default.
• W2149128358 cites W1524750654 @default.
• W2149128358 cites W1963896195 @default.
• W2149128358 cites W1964697826 @default.
• W2149128358 cites W1965020519 @default.
• W2149128358 cites W1965338175 @default.
• W2149128358 cites W1965675167 @default.
• W2149128358 cites W1965705304 @default.
• W2149128358 cites W1966433523 @default.
• W2149128358 cites W1967560432 @default.
• W2149128358 cites W1967604582 @default.
• W2149128358 cites W1968004426 @default.
• W2149128358 cites W1968920386 @default.
• W2149128358 cites W1970390268 @default.
• W2149128358 cites W1970555174 @default.
• W2149128358 cites W1971824118 @default.
• W2149128358 cites W1974328168 @default.
• W2149128358 cites W1976085475 @default.
• W2149128358 cites W1976677541 @default.
• W2149128358 cites W1984412884 @default.
• W2149128358 cites W1986201197 @default.
• W2149128358 cites W1986755389 @default.
• W2149128358 cites W1990518280 @default.
• W2149128358 cites W1991937772 @default.
• W2149128358 cites W1992489538 @default.
• W2149128358 cites W1993298328 @default.
• W2149128358 cites W1995485679 @default.
• W2149128358 cites W1995617782 @default.
• W2149128358 cites W1995956048 @default.
• W2149128358 cites W1996838360 @default.
• W2149128358 cites W1997223842 @default.
• W2149128358 cites W1997746752 @default.
• W2149128358 cites W2000540265 @default.
• W2149128358 cites W2000876034 @default.
• W2149128358 cites W2001377273 @default.
• W2149128358 cites W2002194402 @default.
• W2149128358 cites W2003446966 @default.
• W2149128358 cites W2004301462 @default.
• W2149128358 cites W2004466896 @default.
• W2149128358 cites W2004740050 @default.
• W2149128358 cites W2004874036 @default.
• W2149128358 cites W2005269585 @default.
• W2149128358 cites W2005642158 @default.
• W2149128358 cites W2006337182 @default.
• W2149128358 cites W2006428588 @default.
• W2149128358 cites W2007031904 @default.
• W2149128358 cites W2007214419 @default.
• W2149128358 cites W2007809121 @default.
• W2149128358 cites W2008732910 @default.
• W2149128358 cites W2009683764 @default.
• W2149128358 cites W2009704900 @default.
• W2149128358 cites W2010003919 @default.
• W2149128358 cites W2010370279 @default.
• W2149128358 cites W2013286736 @default.
• W2149128358 cites W2013606637 @default.
• W2149128358 cites W2013894002 @default.
• W2149128358 cites W2013972505 @default.
• W2149128358 cites W2014003601 @default.
• W2149128358 cites W2016071223 @default.
• W2149128358 cites W2018887183 @default.
• W2149128358 cites W2019731676 @default.
• W2149128358 cites W2020390591 @default.
• W2149128358 cites W2020459864 @default.
• W2149128358 cites W2020827689 @default.
• W2149128358 cites W2021045267 @default.
• W2149128358 cites W2021089375 @default.
• W2149128358 cites W2021550094 @default.
• W2149128358 cites W2021690652 @default.
• W2149128358 cites W2022766481 @default.
• W2149128358 cites W2023163709 @default.
• W2149128358 cites W2023200530 @default.
• W2149128358 cites W2024125191 @default.
• W2149128358 cites W2024206045 @default.
• W2149128358 cites W2024751278 @default.
• W2149128358 cites W2025169638 @default.
• W2149128358 cites W2026620660 @default.
• W2149128358 cites W2027036877 @default.
• W2149128358 cites W2029856157 @default.
• W2149128358 cites W2033428744 @default.
• W2149128358 cites W2033752074 @default.
• W2149128358 cites W2034432652 @default.
• W2149128358 cites W2034947501 @default.
• W2149128358 cites W2035722617 @default.
• W2149128358 cites W2037342618 @default.
• W2149128358 cites W2039391518 @default.
• W2149128358 cites W2042194839 @default.
• W2149128358 cites W2042871842 @default.
• W2149128358 cites W2043151467 @default.
• W2149128358 cites W2045077648 @default.
• W2149128358 cites W2045461767 @default.
• W2149128358 cites W2047048962 @default.

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