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- Q1657656 subject Q7031259.
- Q1657656 abstract "The enthalpy of mixing (also called heat of mixing) is the heat that is taken up or released upon mixing of two (non-reacting) chemical substances. When the enthalpy of mixing is positive, mixing is endothermic while negative enthalpy of mixing signifies exothermic mixing. In ideal mixtures the enthalpy of mixing is null. In non-ideal mixtures the thermodynamic activity of each component is different from its concentration by multiplying with the activity coefficient.A well-known approximation for calculating the heat of mixing is Flory–Huggins solution theory for polymer solutions.".
- Q1657656 wikiPageExternalLink activity_coefficient.html.
- Q1657656 wikiPageWikiLink Q1779030.
- Q1657656 wikiPageWikiLink Q203522.
- Q1657656 wikiPageWikiLink Q423220.
- Q1657656 wikiPageWikiLink Q44432.
- Q1657656 wikiPageWikiLink Q5461964.
- Q1657656 wikiPageWikiLink Q60661.
- Q1657656 wikiPageWikiLink Q7031259.
- Q1657656 wikiPageWikiLink Q745224.
- Q1657656 wikiPageWikiLink Q900787.
- Q1657656 wikiPageWikiLink Q911521.
- Q1657656 comment "The enthalpy of mixing (also called heat of mixing) is the heat that is taken up or released upon mixing of two (non-reacting) chemical substances. When the enthalpy of mixing is positive, mixing is endothermic while negative enthalpy of mixing signifies exothermic mixing. In ideal mixtures the enthalpy of mixing is null.".
- Q1657656 label "Enthalpy of mixing".