Electron microscopic studies of growth of nanoscale catalysts and soot particles in a candle flame
Electron microscopic studies of growth of nanoscale catalysts and soot particles in a candle flame
Scanning electron microscopy and high-resolution transmission electron microscopy have been used to investigate non-classic crystal growth of catalytic nanoparticles, such as zeolites, perovskites, metal and alloy particles. Growth mechanisms of some crystals with novel morphologies, for example, BiOBr flower-like particles and ZnO twin-crystals, have also been studied. A development of sampling method for soot particles inside a candle flame allows us to reveal all four well-known carbon forms, amorphous, graphitic, fullerenic and nanodiamond particles. This article demonstrates that electron microscopy is a powerful tool to study the microstructures of small particles, giving us more freedom to develop new materials.
crystal growth, ZnO, BiOBr, CaCO3, electron microscopy
15-21
Zhou, Wu Zong
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Yu, Feng Jiao
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Greer, Heather F.
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Jiang, Zheng
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Edwards, Peter P.
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September 2012
Zhou, Wu Zong
c17cfdcb-a1b6-465c-9f8b-91f77b8802d4
Yu, Feng Jiao
4ea76a58-886f-4748-a60f-76bf986e5e4b
Greer, Heather F.
5d3ee677-0903-4237-9301-8186b44c33a9
Jiang, Zheng
bcf19e78-f5c3-48e6-802b-fe77bd12deab
Edwards, Peter P.
1c8ab595-549c-4dca-b911-a46a94183e2b
Zhou, Wu Zong, Yu, Feng Jiao, Greer, Heather F., Jiang, Zheng and Edwards, Peter P.
(2012)
Electron microscopic studies of growth of nanoscale catalysts and soot particles in a candle flame.
Applied Petrochemical Research, 2 (1-2), .
(doi:10.1007/s13203-012-0013-7).
Abstract
Scanning electron microscopy and high-resolution transmission electron microscopy have been used to investigate non-classic crystal growth of catalytic nanoparticles, such as zeolites, perovskites, metal and alloy particles. Growth mechanisms of some crystals with novel morphologies, for example, BiOBr flower-like particles and ZnO twin-crystals, have also been studied. A development of sampling method for soot particles inside a candle flame allows us to reveal all four well-known carbon forms, amorphous, graphitic, fullerenic and nanodiamond particles. This article demonstrates that electron microscopy is a powerful tool to study the microstructures of small particles, giving us more freedom to develop new materials.
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Published date: September 2012
Keywords:
crystal growth, ZnO, BiOBr, CaCO3, electron microscopy
Organisations:
Faculty of Engineering and the Environment
Identifiers
Local EPrints ID: 352807
URI: http://eprints.soton.ac.uk/id/eprint/352807
ISSN: 2190-5525
PURE UUID: d70cb775-8d66-4eb2-814a-ce6cb5e11508
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Date deposited: 21 May 2013 13:48
Last modified: 08 Jul 2020 00:33
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Contributors
Author:
Wu Zong Zhou
Author:
Feng Jiao Yu
Author:
Heather F. Greer
Author:
Peter P. Edwards
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