Thomas R. Crompton

Determination of Anions

A Guide for the Analytical Chemist

• Gebundenes Buch

Produktbeschreibung

The author has drawn together almost all published methods since 1975 on the determination of anions in all types of matrices. He presents the methods in a logical manner so that the reader can quickly gain access to the method and types of instrumentation available.

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This book offers a complete and up-to-date- compilation of the currently employed methods of chemical analysis of anions. It helps the practitioner to apply these methods fast and reliable in his own laboratory ot to build new methods to meet his more specialized needs. More than 200 tables and 100 figures make this volume a valuable source for the analyst.

Produktdetails

• Verlag: Springer / Springer Berlin Heidelberg / Springer, Berlin
• Artikelnr. des Verlages: 978-3-540-60162-3
• 1996.
• Seitenzahl: 604
• Erscheinungstermin: 5. August 1996
• Englisch
• Abmessung: 241mm x 160mm x 37mm
• Gewicht: 1024g
• ISBN-13: 9783540601623
• ISBN-10: 3540601627
• Artikelnr.: 22924344

Inhaltsangabe

1 Introduction.- 1.1 Rationale: Water Samples.- 1.2 Rationale: Solid and Gaseous Samples.- 1.3 Brief Summary of Methodologies.- 1.4 References.- 2 Halogen-Containing Anions.- 2.1 Chloride.- 2.2 Bromide.- 2.3 Iodide.- 2.4 Fluoride.- 2.5 Mixed Halides.- 2.6 Chlorate, Chlorite, Perchlorate and Hypochlorite.- 2.7 Bromate.- 2.8 Iodate.- 2.9 References.- 3 Nitrogen-Containing Anions.- 3.1 Nitrate.- 3.2 Nitrite.- 3.3 Nitrate and Nitrite.- 3.4 Free Cyanide.- 3.5 Total Cyanide.- 3.6 Cyanate.- 3.7 References.- 4 Sulphur Containing Anions.- 4.1 Sulphate.- 4.2 Sulphite.- 4.3 Thiosulphate and Polythionates.- 4.4 Thiocyanate.- 4.5 Sulphide.- 4.6 Polysulphide.- 4.7 References.- 5 Phosphorus Containing Anions.- 5.1 Phosphate.- 5.2 Condensed Phosphates.- 5.3 References.- 6 Silicon-Containing Anions.- 6.1 Silicate.- 6.2 References.- 7 Boron-Containing Anions.- 7.1 Borate.- 7.2 References.- 8 Carbonate, Bicarbonate and Total Alkalinity.- 8.1 Total Alkalinity.- 8.2 Carbonate.- 8.3 Bicarbonate.- 8.4 References.- 9 Metal-Containing Anions.- 9.1 Arsenite.- 9.2 Arsenate.- 9.3 Arsenite/Arsenate.- 9.4 Selenite.- 9.5 Selenate.- 9.6 Selenate/Selenite.- 9.7 Tellurate.- 9.8 Chromate/Dichromate.- 9.9 Germanate.- 9.10 Molybdate.- 9.11 Tungstate.- 9.12 Uranate.- 9.13 Vanadate.- 9.14 Titanate.- 9.15 Ferrocyanide.- 9.16 Metal Cyanide Complexes.- 9.17 References.- 10 Organic Anions.- 10.1 Formate and Acetate.- 10.2 Citrate.- 10.3 Isocitrate.- 10.4 Oxalate.- 10.5 Malate.- 10.6 Lactate.- 10.7 Salicylate.- 10.8 Ascorbate.- 10.9 Dehydroascorbate.- 10.10 Pyruvate.- 10.11 Glutamate.- 10.12 Amino Acids.- 10.13 Nitroloacetate and Ethylene Diamine Tetraacetates.- 10.14 Carboxylates.- 10.15 Sulphonates and Chlorolignosulphonates.- 10.16 Acetoacetate.- 10.17 Mixed Organic Anions.- 10.18 References.- 11 Applicationsof Ion Chromatography.- 11.1 Natural Waters.- 11.2 Rainwater.- 11.3 Potable Water.- 11.4 Industrial Effluents and Waste Waters.- 11.5 Boiler Feed Water.- 11.6 Plant and Soil Extracts.- 11.7 Foodstuffs.- 11.8 Column Coupling Isotachophoresis of Natural Waters.- 11.9 References.- 12 On-Site Measurement of Anions.- 13 On-Line Measurement of Anions.- 14 Preconcentration of Anions.- 14.1 Iodide.- 14.2 Phosphate.- 14.3 Sulphide.- 14.4 Borate.- 14.5 Arsenite.- 14.6 Selenate/Selenite.- 14.7 Chromate.- 14.8 Molybdate.- 14.9 Rhenate.- 14.10 Complex Anions.- 14.11 References.