Linked from

The 13 pages that link to Debye–Hückel theory, each with the reason it gives.

• Nernst equationRelated: It helps estimate the activities required when solution nonideality cannot be ignored.

• Acid–base equilibriumRelated: It provides corrections to acid–base equilibria where ideal concentration assumptions fail.

• Activity coefficientRelated: It provides a predictive correction for charged solutes at low ionic strength.

• Ionic strengthRelated: Its limiting law predicts activity coefficients from ionic strength at low concentrations.

• Debye lengthRelated: It derives screening in electrolytes and relates the screening distance to ionic strength.

• Chemical activityBroader topic: It provides a first model for calculating activities from ionic strength.

• Coulomb interactionRelated: It explains how surrounding charges weaken long-range interactions in ionic solutions.

• Peter DebyeBroader topic: Debye and Erich Hückel used electrostatic screening to explain nonideal behavior in ionic solutions.

• Yukawa potentialRelated: Its screened Coulomb potential has the same exponential-over-distance form.

• Thermodynamic activityBroader topic: It provides a limiting model for activity corrections in dilute ionic mixtures.

• Lars OnsagerRelated: Onsager built on this description of ionic atmospheres in explaining conductivity.

• Nernst–Planck equationRelated: It supplies one route for correcting concentration-based chemical driving forces.

• Law of dilutionCompared with: It accounts for nonideal ionic interactions that simple dilution-law treatments neglect.