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Microchemical techniques in solving industrial problems

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Summary

Using the techniques described, we have determined such elements as zinc, phosphorus, sulfur, manganese, iron, gold, and tin at levels below 1μg in samples of 1 mg or less. Now that the electron probe microanalyzer is becoming available to the microchemist, it will be used more extensively for solving microanalytical problems.

Zusammenfassung

Mit Hilfe der angegebenen Verfahren wurden Elemente wie Zink, Phosphor, Schwefel, Mangan, Bisen, Gold und Zinn in Mengen unter 1μg in 1 mg Probe oder noch weniger bestimmt. Der Elektronenstrahl-Mikroanalysator eignet sich zur Lösung vieler mikroanalytischer Probleme.

Résumé

Dosage, à l'aide des techniques qui sont décrites, des éléments tels que zinc, phosphore, soufre, manganèse, fer, or, et étain, aux niveaux inférieurs auμg, sur des échantillons de 1 mg ou moins. Maintenant que la microsonde électronique devient accessible au microchimiste, il tend à être utilisé à une plus grande échelle pour la résolution des problèmes micro-analytiques.

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Johnson, J.L. Microchemical techniques in solving industrial problems. Mikrochim Acta 55, 756–762 (1967). https://doi.org/10.1007/BF01224400

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  • DOI: https://doi.org/10.1007/BF01224400

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