The Havriliak-Negami relation adds exponential alpha and beta terms for asymmetry and broadening of spectra to one model named for this man, and if beta equals one, then it becomes the Cole-Cole equation.
The Havriliak-Negami relation adds exponential alpha and beta terms for asymmetry and broadening of spectra to one model named for this man, and if beta equals one, then it becomes the Cole-Cole equation. That model uses a term of one plus i times a field's frequency times the relaxation time to calculate the complex permittivity. When the ion term is dropped, the square root of the permittivity times the temperature of the electrons over the electron density times the squared charge is equal to one quantity named for this man in plasmas. Using a Taylor series to linearize the Poisson-Boltzmann equation gives rise to an equation partially named for this man, which states that the valence factor times the ionic strength is equal to the natural logarithm of the activity coefficient. For 10 points, name this man, who names an equation alongside Huckel and whose namesake length is used to describe the screening out of electric fields.
The Havriliak-Negami relation adds exponential alpha and beta terms for asymmetry and broadening of spectra to one model named for this man, and if beta equals one, then it becomes the Cole-Cole equation.
Peter {Debye}