A law modeled by the equation two d sine theta equals n lambda models the diffraction of these entities; this relation is known as Bragg's Law.
Henry Moseley's plot modeling the square roots of frequencies of characteristic ones of these was used to calculate elements' atomic numbers. A law modeled by the equation two d sine theta equals n lambda models the diffraction of these entities; this relation is known as Bragg's Law. Max von Laue discovered that crystals could diffract this type of radiation, and the scattering of light by either gamma rays or these entities is known as the Compton Effect. Having frequencies between those of gamma rays and ultraviolet radiation, name this type of electromagnetic radiation discovered by Wilhelm Roentgen and often used for medical imaging purposes.
Henry Moseley's plot modeling the square roots of frequencies of characteristic ones of these was used to calculate elements' atomic numbers.
x-rays