For 10 points, name this Dutch chemist who formulated a correction to the ideal gas law.
A quantity named for this man is equal to half the distance between nuclei of two identical, non-bonded atoms. An equation named for this man predicts that the critical compressibility factor equals three-eighths and does not include a function of the reduced temperature, unlike the similar Redlich-Kwong equation. This chemist created the "hard sphere" model of atoms, predicting that atoms have a fixed volume "b," which is subtracted in the denominator of his cubic equation of state. The Debye and London dispersion forces are part of a set of forces named for him. For 10 points, name this Dutch chemist who formulated a correction to the ideal gas law.
A quantity named for this man is equal to half the distance between nuclei of two identical, non-bonded atoms.
Johannes Diderik van der Waals