This man corrected the Clausius-Mossotti equation to account for permanent dipoles in a gas, and he confirmed the existence of the acusto-optic diffraction with Sears. With Lorenz and Mie, he lends his name to a model of light scattering by a spherical particle. His temperature is defined as his frequency multiplied by Planck's quantum constant, divided by Boltzmann's constant. That frequency is the highest-frequency normal mode of vibration in a crystalline lattice, and with Ivar Waller he lends his name to a factor th
This man corrected the Clausius-Mossotti equation to account for permanent dipoles in a gas, and he confirmed the existence of the acusto-optic diffraction with Sears. With Lorenz and Mie, he lends his name to a model of light scattering by a spherical particle. His temperature is defined as his frequency multiplied by Planck's quantum constant, divided by Boltzmann's constant. That frequency is the highest-frequency normal mode of vibration in a crystalline lattice, and with Ivar Waller he lends his name to a factor that describes the disorder in a crystal. Together with H?ckel, he developed a model of the behavior of electrolyte solutions. For ten points, identify this Dutch scientist who developed a model of heat capacity employing phonons, and who gives his name to the unit for electric dipole.
This man corrected the Clausius-Mossotti equation to account for permanent dipoles in a gas, and he confirmed the existence of the acusto-optic diffraction with Sears.
Peter Debye