This scientist gives his name to a model with modifications including the Cole-Cole equation and, more generally, the Havrilak-Negami equation. He names a family of functions, f of x equals n over x to the n times the integral from zero to x of t to the n over quantity e to the t minus one dt. His name is sometimes given to a solution of Maxwell's equations for spherical particles of non-negligible radius. This namesake of a model of dipole relaxation is the partial namesake of a quantity giving the attenuation of Bragg scattering, and the partial namesake of a law that sets a term proportional to the square of charge number, the square of elementary charge, and his namesake screening depth equal to the log of the a
This scientist gives his name to a model with modifications including the Cole-Cole equation and, more generally, the Havrilak-Negami equation. He names a family of functions, f of x equals n over x to the n times the integral from zero to x of t to the n over quantity e to the t minus one dt. His name is sometimes given to a solution of Maxwell's equations for spherical particles of non-negligible radius. This namesake of a model of dipole relaxation is the partial namesake of a quantity giving the attenuation of Bragg scattering, and the partial namesake of a law that sets a term proportional to the square of charge number, the square of elementary charge, and his namesake screening depth equal to the log of the activity coefficient. That factor is named for him and Waller, while the law is named for this man and Hückel, and he also developed a t-cubed dependent heat capacity model. FTP, name this physicist, whose namesake length describes shielding in plasmas.
This scientist gives his name to a model with modifications including the Cole-Cole equation and, more generally, the Havrilak-Negami equation.
Peter Joseph William {Debye}