Also called Röntgen rays for their discoverer, and with a shorter wavelength than ultraviolet radiation, for 10 points, name this band of high-energy electromagnetic radiation often used in medical diagnostics.
One process that emits this radiation involves decelerating charged particles in an electric field and is called Bremsstrahlung. The production of a discrete spectrum of these rays requires removing an inner-shell electron from metal atoms; that process is this radiation's namesake fluorescence. Diffraction of these rays is used in this radiation's namesake crystallography, famously used by Rosalind Franklin to enable the deduction of the structure of DNA. Also called Röntgen rays for their discoverer, and with a shorter wavelength than ultraviolet radiation, for 10 points, name this band of high-energy electromagnetic radiation often used in medical diagnostics.
One process that emits this radiation involves decelerating charged particles in an electric field and is called Bremsstrahlung.
{X}-{rays} [accept {Röntgen rays} before it is read, accept "{radiation}" for "{rays}" in either one]