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140122 ||| eng |
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|a 9783642614194
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|a Crompton, Thomas R.
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|a Determination of Anions
|h Elektronische Ressource
|b A Guide for the Analytical Chemist
|c by Thomas R. Crompton
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|a 1st ed. 1996
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|a Berlin, Heidelberg
|b Springer Berlin Heidelberg
|c 1996, 1996
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|a XV, 583 p
|b online resource
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|a 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 --
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|a 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
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|a 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 --
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|a Environmental chemistry
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|a Forestry
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|a Food Science
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|a Analytical chemistry
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|a Environmental Chemistry
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|a Analytical Chemistry
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|a Pollution
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|a Food science
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|a Agriculture
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|a eng
|2 ISO 639-2
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|b SBA
|a Springer Book Archives -2004
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|a 10.1007/978-3-642-61419-4
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|u https://doi.org/10.1007/978-3-642-61419-4?nosfx=y
|x Verlag
|3 Volltext
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|a 543
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|a 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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