Linked from

The 14 pages that link to Azeotrope, each with the reason it gives.

• DistillationRelated: Its vapor and liquid compositions match, limiting ordinary distillation.

• Raoult's lawBroader topic: Azeotropic behavior signals limits of simple ideal-solution predictions for distillation.

• Fractional distillationCompared with: An azeotrope can prevent ordinary fractional distillation from fully separating its components.

• Vapor–liquid equilibriumBroader topic: It marks a composition where ordinary distillation cannot enrich either component.

• Ideal solutionCompared with: Azeotropes arise from nonideal vapor–liquid behavior, which ideal solutions do not produce.

• Extractive distillationRelated: Extractive distillation can break difficult separations involving azeotropes without creating a new one.

• MiscibilityRelated: Azeotropes concern vapor–liquid behavior, not whether the liquid components are miscible.

• Azeotropic distillationNarrower topic: The process targets the composition barrier created when the feed forms this mixture.

• Continuous distillationCompared with: An azeotrope can limit what ordinary continuous distillation can separate.

• Dean–Stark apparatusNarrower topic: A water-carrying azeotrope enables water to leave the reaction mixture with solvent vapor.

• Trifluoroacetic acidRelated: Water mixtures can complicate removal of trifluoroacetic acid by evaporation.

• Distilled waterRelated: Azeotropic mixtures show why boiling and condensing do not separate every mixture into pure components.

• Fractionating columnCompared with: An azeotrope can prevent ordinary fractionation from separating components beyond its composition.

• François-Marie RaoultRelated: Azeotropes mark limits to separation predictions based on simple ideal behavior.