A ratio of the coherent scattering of electrons in a bound state to scattering in a free state is named for this man and Waller. This man's namesake temperature is equal to his namesake velocity times Planck's constant divided by Boltzmann's constant. A law used to calculate the activity coefficents of a solution is named for this man and Huckel. F
A ratio of the coherent scattering of electrons in a bound state to scattering in a free state is named for this man and Waller. This man's namesake temperature is equal to his namesake velocity times Planck's constant divided by Boltzmann's constant. A law used to calculate the activity coefficents of a solution is named for this man and Huckel. For 10 points, name this Dutch-American scientist who ends his name to a length used to measure dipole moments.
A ratio of the coherent scattering of electrons in a bound state to scattering in a free state is named for this man and Waller.
Peter Joseph William {Debye}