1977
DOI: 10.1007/bf00612247
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Application of high-voltage unipolar sparks to the spectral analysis of alloys based on high-melting metals

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1979
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“…Emission Spectrometry. An argon-hydrogen mixture was recommended during arc excitation for the determination of C in steel (385), while several papers have described the use of photoelectric detectors for spectral analysis of steels (209,520), of pulsed unipolar spark excitation (410,411), and of the direct excitation of liquid steel (531,532) for carbon content. Ferronickel has also been analyzed by emission spectrometric methods (290).…”
Section: Books and Reviewsmentioning
confidence: 99%
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“…Emission Spectrometry. An argon-hydrogen mixture was recommended during arc excitation for the determination of C in steel (385), while several papers have described the use of photoelectric detectors for spectral analysis of steels (209,520), of pulsed unipolar spark excitation (410,411), and of the direct excitation of liquid steel (531,532) for carbon content. Ferronickel has also been analyzed by emission spectrometric methods (290).…”
Section: Books and Reviewsmentioning
confidence: 99%
“…Of particular interest is the description of the use of a portable, hand-held arc excitation source with fibre optics for on-site steel grading (11). In other work, new sources or methods of excitation such as glow discharge lamps (89,521) or pulsed unipolar sparks (409)(410)(411) for steel analysis, inductively coupled plasmas for ferromanganese analysis (431), and laser microspectral analyzers ( 297) for high-alloy steel analysis have been covered.…”
Section: Manganesementioning
confidence: 99%
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