About: Characterization of precipitates size distribution: validation of low‐voltage STEM

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An Entity of Type : schema:ScholarlyArticle, within Data Space : covidontheweb.inria.fr associated with source document(s)

Attributes	Values
type	Academic Article research paper schema:ScholarlyArticle
isDefinedBy	Covid-on-the-Web dataset
has title	Characterization of precipitates size distribution: validation of low‐voltage STEM
Creator	Ac E V E D O -R E Y E S *, D B O G N E R, A Perez, M V E R D U, C
Source	PMC
abstract	The size distribution of second phase precipitates is frequently determined using conventional transmission electron microscopy (CTEM). However, other techniques, which present different advantages, can also be used for this purpose. In this paper, we focus on high angle annular dark field (HAADF) in TEM and scanning TEM (STEM) in scanning electron microscopy (SEM) imaging modes. The mentioned techniques will be first described, then compared to more conventional ones for the measurement of carbides size distribution in two FeCV and FeCVNb model alloys. This comparative study shows that STEM in SEM, a technique much easier to undertake compared to TEM, is perfectly adapted for size distribution measurements of second phase particles, with sizes ranging between 5 and 200 nm in these systems.
has issue date	2008-09-25(xsd:dateTime)
bibo:doi	10.1111/j.1365-2818.2008.02082.x
bibo:pmid	19017208
has license	no-cc
sha1sum (hex)	e98c1ba865c19dfc164beac0f2b6fa27207a6940
schema:url	https://doi.org/10.1111/j.1365-2818.2008.02082.x
resource representing a document's title	Characterization of precipitates size distribution: validation of low‐voltage STEM
has PubMed Central identifier	PMC7166790
has PubMed identifier	19017208
schema:publication	J Microsc
resource representing a document's body	covid:e98c1ba865c19dfc164beac0f2b6fa27207a6940#body_text
is schema:about of	named entity 'distribution' named entity 'angle' named entity 'Characterization' named entity 'PRECIPITATES' named entity 'TECHNIQUE' named entity 'IMAGING' named entity 'ALLOYS' named entity 'SECOND PHASE' named entity 'FIELD' named entity 'DIFFERENT' covid:arg/e98c1ba865c19dfc164beac0f2b6fa27207a6940 named entity 'distribution' named entity 'scanning' named entity 'study' named entity 'adapted' named entity 'precipitates' named entity 'transmission electron microscopy' named entity 'size distribution' named entity 'size distribution' named entity 'TEM' named entity 'low-voltage' named entity 'Saint Etienne' named entity 'HAADF' named entity 'nanometric' named entity 'EDX' named entity 'EDX' named entity 'back-scattering' named entity 'ferrous' named entity 'particles size' named entity 'niobium' named entity 'chemical composition' named entity 'SEM' named entity 'Carbon' named entity 'magnetic influence' named entity 'carbide' named entity 'SEM' named entity 'TEM' named entity 'SEM' named entity 'austenitization' named entity 'TEM' named entity 'HAADF' named entity 'NbC' named entity 'microscope' named entity 'EDX' named entity 'electrons' named entity 'SEM' named entity 'image analysis' named entity 'micrographs' named entity 'inelastic scattering' named entity 'nanometric' named entity 'precipitate' named entity 'ion beam' named entity 'annular dark field' named entity '70 mm' named entity 'niobium' named entity 'XL30' named entity 'SEM' named entity 'precipitation' named entity 'SEM' named entity 'chemical composition' named entity 'kinetics' named entity 'SEM' named entity 'SEM' named entity 'Precipitates' named entity 'precipitation' named entity 'atomic number' named entity 'SEM' named entity 'bright field' named entity 'phase transformation' named entity 'alloy' named entity 'SEM' named entity 'Everhart-Thornley detector' named entity 'SEM' named entity 'alumina' named entity 'particle size' named entity 'FEI' named entity 'bright field' named entity 'SEM'

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