Determination of the precious metals: selected instrumental methods
A handbook of practical techniques for professionals and students involved in the analysis of precious metals, either for exploitation or for contaminants. While most of the literature covers single techniques, it collects information on methods of analysis in a single source. After introducing the elements, basic techniques of analysis and the physical and chemical properties of precious metals are discussed. Also provides techniques for sampling for precious metals in ores, minerals, concentrates, rock, water, and biological, biogeochemical, and industrial samples.
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Principles of Instrumental Methods
Some Physical and Chemical Properties of the Precious
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analytical aqua regia aqueous atomic absorption spectrometry background correction bead beaker boil calibration carbon catalysts chemical concentration contents cool copper crucible cupellation detection limits detector determination of gold DETERMINATION OF PLATINUM dilute dissolved distilled dryness electrothermal extraction filter paper filtrate fire assay flame flux furnace fused fusion graphite heat hydrochloric acid hydrogen hydroxide interferences ion exchange resins iridium irradiated isotope laboratory lead button listed in Table materials measured method ml beaker ml of hydrochloric neutron activation analysis nickel sulfide nitric acid noble metals obtained osmium oxide palladium perchloric acid plasma platinum and palladium platinum group elements platinum metals precious metals precipitate procedure radiation reagent reduced remove residue resin rhodium ruthenium salts sample solution scorifier silica silver slag sodium peroxide solution containing standard deviation standard solutions stock solution sulfuric acid temperature Transfer tube volume volumetric flask Wash Wavelength weight X-ray