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- Ionic_partition_diagram abstract "Similar to Pourbaix's diagram for the speciation of redox species as a function of the redox potential and the pH, ionic partition diagrams indicate in which an acid or a base are predominantly present in a biphasic system as a function of the Galvani potential difference between the two phases and the pH of the aqueous solutionIonic partition diagram of an hydrophilic acid AH in a biphasic water/organic solvent system.File:Ionic fig 1.jpgAt a high aqueous pH, the acid is in the anionic form and can exist in both phases according to the Galvani potential difference. The Nernst equation for the distribution of the anion, ignoring the activity coefficients is written.Thus, the separation limit between the anionic form in water and the organic solvent () is a horizontal straight line. As in Pourbaix diagrams, the separation limit between the acid and basic forms in water is a vertical line given by .The line separating the neutral acid in water and the anion Ao– in the organic phase is given by considering the aqueous acidity constant to giveAs in the Pourbaix diagrams, we obtain a delimiting line that depends on the pH as shown below.File:Ionic fig 2.jpg".
- Ionic_partition_diagram thumbnail Ionic_fig_1.jpg?width=300.
- Ionic_partition_diagram wikiPageID "22691887".
- Ionic_partition_diagram wikiPageLength "1429".
- Ionic_partition_diagram wikiPageOutDegree "16".
- Ionic_partition_diagram wikiPageRevisionID "630720072".
- Ionic_partition_diagram wikiPageWikiLink Activity_coefficient.
- Ionic_partition_diagram wikiPageWikiLink Anionic.
- Ionic_partition_diagram wikiPageWikiLink Category:Electrochemistry.
- Ionic_partition_diagram wikiPageWikiLink Galvani_potential.
- Ionic_partition_diagram wikiPageWikiLink Hydrophile.
- Ionic_partition_diagram wikiPageWikiLink Hydrophilic.
- Ionic_partition_diagram wikiPageWikiLink ITIES.
- Ionic_partition_diagram wikiPageWikiLink Ion.
- Ionic_partition_diagram wikiPageWikiLink Lipophilicity.
- Ionic_partition_diagram wikiPageWikiLink Nernst_equation.
- Ionic_partition_diagram wikiPageWikiLink Organic_solvent.
- Ionic_partition_diagram wikiPageWikiLink PH.
- Ionic_partition_diagram wikiPageWikiLink Partition_coefficient.
- Ionic_partition_diagram wikiPageWikiLink Phase_(matter).
- Ionic_partition_diagram wikiPageWikiLink Pourbaix_diagram.
- Ionic_partition_diagram wikiPageWikiLink Redox.
- Ionic_partition_diagram wikiPageWikiLink Solvent.
- Ionic_partition_diagram wikiPageWikiLink File:Ionic_fig_1.jpg.
- Ionic_partition_diagram wikiPageWikiLink File:Ionic_fig_2.jpg.
- Ionic_partition_diagram wikiPageWikiLinkText "Ionic partition diagram".
- Ionic_partition_diagram hasPhotoCollection Ionic_partition_diagram.
- Ionic_partition_diagram wikiPageUsesTemplate Template:Clarify.
- Ionic_partition_diagram subject Category:Electrochemistry.
- Ionic_partition_diagram comment "Similar to Pourbaix's diagram for the speciation of redox species as a function of the redox potential and the pH, ionic partition diagrams indicate in which an acid or a base are predominantly present in a biphasic system as a function of the Galvani potential difference between the two phases and the pH of the aqueous solutionIonic partition diagram of an hydrophilic acid AH in a biphasic water/organic solvent system.File:Ionic fig 1.jpgAt a high aqueous pH, the acid is in the anionic form and can exist in both phases according to the Galvani potential difference. ".
- Ionic_partition_diagram label "Ionic partition diagram".
- Ionic_partition_diagram sameAs m.05zsf2z.
- Ionic_partition_diagram sameAs Q6063666.
- Ionic_partition_diagram sameAs Q6063666.
- Ionic_partition_diagram wasDerivedFrom Ionic_partition_diagram?oldid=630720072.
- Ionic_partition_diagram depiction Ionic_fig_1.jpg.
- Ionic_partition_diagram isPrimaryTopicOf Ionic_partition_diagram.