photoelectron's Usage Examples:

ejected photoelectron in the presence of multiple scattering.

The pictures below show the cosine squared distribution of the ejected photoelectron in the presence of multiple scattering.

X-ray photoelectron spectroscopy provides stronger evidence that the surface of these granules is modified by oxidation.

Bombardment with x-ray photons leads to the emission of electrons, these are called photoelectrons.

photoelectron spectrum of SF 5 CF 3 at a resolution of 0.

photoelectron diffraction experiment in two possible modes.

photoelectrons emitted from a surface on bombardment with x-rays.

photoelectron spectroscopy provides stronger evidence that the surface of these granules is modified by oxidation.

photoelectron spectra provide support for theories.

photoelectron emission properties of diamond films.

measuring the photoelectron current at 0º and 90º to the polarization vector of the synchrotron radiation yields the polarisations, given below.

photoelectron diffraction is a method used to determine the geometry of molecules or atoms on single crystal surfaces.

These "photoelectrons" are accelerated through an electronic device called a photomultiplier that multiplies the number of electrons in that area of the scene.