Quantitative elemental mapping of materials by energy-filtered imaging

作者: P.A. Crozier

DOI: 10.1016/0304-3991(94)00201-W

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摘要: Abstract The application of energy-filtered imaging to quantitative elemental mapping materials is investigated using the newly developed Zeiss 912 TEM. This instrument equipped with a magnetic omega filtering spectrometer and slow-scan CCD camera for acquisition images in digital form suitable processing. high beam current available on this machine permits maps over one million pixels data be acquired reasonable time. Experimental conditions required large-area are described several approaches processing analysis compared. Concentration ratios NiCuCr amination catalyst were determined within 20% accuracy favorable cases.

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