Geological survey water supply paper, 1827-G. Effects of organic solutes on chemical reactions of aluminum (chemistry of aluminum in natural water) / Lind, C. J.

Public ISBD Titre de série : Geological survey water supply paper, 1827-G Titre : Effects of organic solutes on chemical reactions of aluminum (chemistry of aluminum in natural water) Type de document : texte imprimé Auteurs : Lind, C. J. ; Hem, J. D. Mention d'édition : Washington (US) Editeur : Washington (US) Année de publication : 1975 ISBN/ISSN/EAN : CI-08241 Note générale : Concentration of organic matter in the general range of 1 - 10 milligrams per litre organic carbon are common in natural water, and many naturally occurring organic compounds form aluminum complexes. The aluminum concentrations in near-neutral pH solutions may be 10 - 100 times higher than the values predicted from solubility data if formation of such organic complexes is ignored. Langues : Anglais (eng) Mots-clés : Hydrologie  Matière organique  Evaluation  Hydrochimie  Aluminium Index. décimale : 551.48 Hydrologie : Résumé : Concentration of organic matter in the general range of 1 - 10 milligrams per litre organic carbon are common in natural water, and many naturally occurring organic compounds form aluminum complexes. The aluminum concentrations in near-neutral pH solutions may be 10 - 100 times higher than the values predicted from solubility data if formation of such organic complexes is ignored. Note de contenu : Concentration of organic matter in the general range of 1 - 10 milligrams per litre organic carbon are common in natural water, and many naturally occurring organic compounds form aluminum complexes. The aluminum concentrations in near-neutral pH solutions may be 10 - 100 times higher than the values predicted from solubility data if formation of such organic complexes is ignored. Geological survey water supply paper, 1827-G. Effects of organic solutes on chemical reactions of aluminum (chemistry of aluminum in natural water) [texte imprimé] / Lind, C. J. ; Hem, J. D.  . -  Washington (US) . - Washington (US), 1975. ISSN : CI-08241 Concentration of organic matter in the general range of 1 - 10 milligrams per litre organic carbon are common in natural water, and many naturally occurring organic compounds form aluminum complexes. The aluminum concentrations in near-neutral pH solutions may be 10 - 100 times higher than the values predicted from solubility data if formation of such organic complexes is ignored. Langues : Anglais (eng) Mots-clés : Hydrologie  Matière organique  Evaluation  Hydrochimie  Aluminium Index. décimale : 551.48 Hydrologie : Résumé : Concentration of organic matter in the general range of 1 - 10 milligrams per litre organic carbon are common in natural water, and many naturally occurring organic compounds form aluminum complexes. The aluminum concentrations in near-neutral pH solutions may be 10 - 100 times higher than the values predicted from solubility data if formation of such organic complexes is ignored. Note de contenu : Concentration of organic matter in the general range of 1 - 10 milligrams per litre organic carbon are common in natural water, and many naturally occurring organic compounds form aluminum complexes. The aluminum concentrations in near-neutral pH solutions may be 10 - 100 times higher than the values predicted from solubility data if formation of such organic complexes is ignored.

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U.S. Geological Survey Water Supply paper, 2204. Characterization of mineral precipitates by electron microscope photographs and electron diffraction patterns / Lind, C. J.

Public ISBD Titre de série : U.S. Geological Survey Water Supply paper, 2204 Titre : Characterization of mineral precipitates by electron microscope photographs and electron diffraction patterns Type de document : texte imprimé Auteurs : Lind, C. J. Mention d'édition : U. S. Geological Survey Editeur : U. S. Geological Survey Année de publication : 1983 ISBN/ISSN/EAN : CI-05100 Note générale : Transmission electron micrographs and electron diffraction techniques can be used to characterize microcrystalline precipitates too minute for characterization by x-ray diffraction. Included is a description of the electron microscope, explanations of sample preparation and diffraction pattern interpretation and examples of electron micrograph and electron diffractions applications and their limitations. The techniques applied to preparations of manganese oxides, show the development of crystallinity and the change in crystal form with aging... Langues : Anglais (eng) Mots-clés : Minéralogie  Expérimentation  Electron  Physique Index. décimale : 551.48 Hydrologie : Résumé : Transmission electron micrographs and electron diffraction techniques can be used to characterize microcrystalline precipitates too minute for characterization by x-ray diffraction. Included is a description of the electron microscope, explanations of sample preparation and diffraction pattern interpretation and examples of electron micrograph and electron diffractions applications and their limitations. The techniques applied to preparations of manganese oxides, show the development of crystallinity and the change in crystal form with aging... Note de contenu : Transmission electron micrographs and electron diffraction techniques can be used to characterize microcrystalline precipitates too minute for characterization by x-ray diffraction. Included is a description of the electron microscope, explanations of sample preparation and diffraction pattern interpretation and examples of electron micrograph and electron diffractions applications and their limitations. The techniques applied to preparations of manganese oxides, show the development of crystallinity and the change in crystal form with aging... U.S. Geological Survey Water Supply paper, 2204. Characterization of mineral precipitates by electron microscope photographs and electron diffraction patterns [texte imprimé] / Lind, C. J.  . -  U. S. Geological Survey . - U. S. Geological Survey, 1983. ISSN : CI-05100 Transmission electron micrographs and electron diffraction techniques can be used to characterize microcrystalline precipitates too minute for characterization by x-ray diffraction. Included is a description of the electron microscope, explanations of sample preparation and diffraction pattern interpretation and examples of electron micrograph and electron diffractions applications and their limitations. The techniques applied to preparations of manganese oxides, show the development of crystallinity and the change in crystal form with aging... Langues : Anglais (eng) Mots-clés : Minéralogie  Expérimentation  Electron  Physique Index. décimale : 551.48 Hydrologie : Résumé : Transmission electron micrographs and electron diffraction techniques can be used to characterize microcrystalline precipitates too minute for characterization by x-ray diffraction. Included is a description of the electron microscope, explanations of sample preparation and diffraction pattern interpretation and examples of electron micrograph and electron diffractions applications and their limitations. The techniques applied to preparations of manganese oxides, show the development of crystallinity and the change in crystal form with aging... Note de contenu : Transmission electron micrographs and electron diffraction techniques can be used to characterize microcrystalline precipitates too minute for characterization by x-ray diffraction. Included is a description of the electron microscope, explanations of sample preparation and diffraction pattern interpretation and examples of electron micrograph and electron diffractions applications and their limitations. The techniques applied to preparations of manganese oxides, show the development of crystallinity and the change in crystal form with aging...

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