Determination of dissolved oxygen in water with leukoberbelin-blue I. A quick Winkler method. [Translation from: Z.analyt.Chem. 262 97-99, 1972.]

The reaction of Mn(II) with water-dissolved oxygen, to a higher manganese hydroxide in an alkaline medium, as with the longstanding classic Winkler method, is the first step in the method described here. The assumption for faultless results by the conventional and modified Winkler method is clean water, which contains no organic substances by Mn(III) or Mn(IV). In many cases, however, eg. in river and lake-water tests, it can be seen with the naked eye that after some time the originally brown-coloured precipitate of manganese hydroxide becomes more and more colourless. Oxygen content was analysed in the water samples and evaluated by raising the amount of the leuko-base and giving the corresponding dilution of the colouring matter solution formed still higher oxygen contents can be measured.

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Bibliographic Details
Main Author: Altmann, H. J.
Format: monograph biblioteca
Language:English
Published: Freshwater Biological Association 1974
Subjects:Chemistry, Ecology, Limnology, Methodology, Experimental research, Dissolved oxygen, Analytical techniques, Water analysis,
Online Access:http://hdl.handle.net/1834/22406
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spelling dig-aquadocs-1834-224062021-07-06T02:52:28Z Determination of dissolved oxygen in water with leukoberbelin-blue I. A quick Winkler method. [Translation from: Z.analyt.Chem. 262 97-99, 1972.] Altmann, H. J. Chemistry Ecology Limnology Methodology Experimental research Dissolved oxygen Analytical techniques Water analysis The reaction of Mn(II) with water-dissolved oxygen, to a higher manganese hydroxide in an alkaline medium, as with the longstanding classic Winkler method, is the first step in the method described here. The assumption for faultless results by the conventional and modified Winkler method is clean water, which contains no organic substances by Mn(III) or Mn(IV). In many cases, however, eg. in river and lake-water tests, it can be seen with the naked eye that after some time the originally brown-coloured precipitate of manganese hydroxide becomes more and more colourless. Oxygen content was analysed in the water samples and evaluated by raising the amount of the leuko-base and giving the corresponding dilution of the colouring matter solution formed still higher oxygen contents can be measured. Translated from German into English 2021-06-24T16:01:45Z 2021-06-24T16:01:45Z 1974 monograph http://hdl.handle.net/1834/22406 en FBA Translations (New Series) http://www.fba.org.uk/fba-translations http://www.fba.org.uk application/pdf application/pdf Freshwater Biological Association Windermere, UK http://aquaticcommons.org/id/eprint/4843 1256 2011-09-29 15:49:28 4843 Freshwater Biological Association
institution UNESCO
collection DSpace
country Francia
countrycode FR
component Bibliográfico
access En linea
databasecode dig-aquadocs
tag biblioteca
region Europa del Oeste
libraryname Repositorio AQUADOCS
language English
topic Chemistry
Ecology
Limnology
Methodology
Experimental research
Dissolved oxygen
Analytical techniques
Water analysis
Chemistry
Ecology
Limnology
Methodology
Experimental research
Dissolved oxygen
Analytical techniques
Water analysis
spellingShingle Chemistry
Ecology
Limnology
Methodology
Experimental research
Dissolved oxygen
Analytical techniques
Water analysis
Chemistry
Ecology
Limnology
Methodology
Experimental research
Dissolved oxygen
Analytical techniques
Water analysis
Altmann, H. J.
Determination of dissolved oxygen in water with leukoberbelin-blue I. A quick Winkler method. [Translation from: Z.analyt.Chem. 262 97-99, 1972.]
description The reaction of Mn(II) with water-dissolved oxygen, to a higher manganese hydroxide in an alkaline medium, as with the longstanding classic Winkler method, is the first step in the method described here. The assumption for faultless results by the conventional and modified Winkler method is clean water, which contains no organic substances by Mn(III) or Mn(IV). In many cases, however, eg. in river and lake-water tests, it can be seen with the naked eye that after some time the originally brown-coloured precipitate of manganese hydroxide becomes more and more colourless. Oxygen content was analysed in the water samples and evaluated by raising the amount of the leuko-base and giving the corresponding dilution of the colouring matter solution formed still higher oxygen contents can be measured.
format monograph
topic_facet Chemistry
Ecology
Limnology
Methodology
Experimental research
Dissolved oxygen
Analytical techniques
Water analysis
author Altmann, H. J.
author_facet Altmann, H. J.
author_sort Altmann, H. J.
title Determination of dissolved oxygen in water with leukoberbelin-blue I. A quick Winkler method. [Translation from: Z.analyt.Chem. 262 97-99, 1972.]
title_short Determination of dissolved oxygen in water with leukoberbelin-blue I. A quick Winkler method. [Translation from: Z.analyt.Chem. 262 97-99, 1972.]
title_full Determination of dissolved oxygen in water with leukoberbelin-blue I. A quick Winkler method. [Translation from: Z.analyt.Chem. 262 97-99, 1972.]
title_fullStr Determination of dissolved oxygen in water with leukoberbelin-blue I. A quick Winkler method. [Translation from: Z.analyt.Chem. 262 97-99, 1972.]
title_full_unstemmed Determination of dissolved oxygen in water with leukoberbelin-blue I. A quick Winkler method. [Translation from: Z.analyt.Chem. 262 97-99, 1972.]
title_sort determination of dissolved oxygen in water with leukoberbelin-blue i. a quick winkler method. [translation from: z.analyt.chem. 262 97-99, 1972.]
publisher Freshwater Biological Association
publishDate 1974
url http://hdl.handle.net/1834/22406
work_keys_str_mv AT altmannhj determinationofdissolvedoxygeninwaterwithleukoberbelinblueiaquickwinklermethodtranslationfromzanalytchem26297991972
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