1930
DOI: 10.1021/ac50070a012
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Application of Microscopic Analysis to Mixtures of Metals and Alloys

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1935
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Cited by 15 publications
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“…The typical microchemical tests and methods of separation and identification of , which have proved of wide general application (18), have been modified and applied to work on a semi-microscale by Engelder (44) and others (181), eliminating the use of a microscope altogether. Noteworthy are the recent contributions to qualitative inorganic microanalysis by , Schoorl (123), and Whitmore (144)• Organic. For the qualitative elementary analysis of organic compounds, tests of almost similar sensitivity have been worked out chiefly by Emich Applications of qualitative microanalysis to organic compounds (identification of chemical species) are numerous; their number in biochemistry and physiological and pathological chemistry is legion.…”
mentioning
confidence: 99%
“…The typical microchemical tests and methods of separation and identification of , which have proved of wide general application (18), have been modified and applied to work on a semi-microscale by Engelder (44) and others (181), eliminating the use of a microscope altogether. Noteworthy are the recent contributions to qualitative inorganic microanalysis by , Schoorl (123), and Whitmore (144)• Organic. For the qualitative elementary analysis of organic compounds, tests of almost similar sensitivity have been worked out chiefly by Emich Applications of qualitative microanalysis to organic compounds (identification of chemical species) are numerous; their number in biochemistry and physiological and pathological chemistry is legion.…”
mentioning
confidence: 99%