k electron การใช้

The enhancement was interpreted to result from an extensive K-K electron sharing ( transition of a hole ) between the projectile and target ions due to the quasimolecule effect during the collision.
Since the binding energy of the K electrons in 203 Tl amounts to 85 keV, the K line has an energy of 279-85 = 194 keV . Because of lesser binding energies, the L-and M-lines have higher energies.
The upper limit is given by the ionisation cross section, the probability of the K electron shell ionisation, this is maximal when the velocity of the proton matches the velocity of the electron ( 10 % of the speed of light ), therefore 3 MeV proton beams are optimal.
When later quantum theory essentially also recovered Bohr's formula for energy of spectral lines, Moseley's law became incorporated into the full quantum mechanical view of the atom, including the role of the single "'1s "'electron which remains in the K shell of all atoms after another K electron is ejected, according to the Schr鰀inger equation prediction.