Now, if we consider the iodine atom, we see that it is relatively large and thus the outer shell electrons are relatively well shielded from the nuclear charge.
22.
Stage IV : The K-MIMS cools down by ionizing ( " boiling-off " ) a number of pseudo-L-shell electrons and subsequent optical decay by emitting an x-ray photon.
23.
But in this case, the ionization is reversed : the tightly bound inner-shell electrons are ripped out of the atom, leaving most of the atom's outer-shell electrons in place.
24.
But in this case, the ionization is reversed : the tightly bound inner-shell electrons are ripped out of the atom, leaving most of the atom's outer-shell electrons in place.
25.
Based on the MIMS model, the x-ray satellite structures are now understood to result from the interaction between the vibrational state of K-MIMS and the L-shell electron ionization channels.
26.
The transition energy can be coupled to a second outer shell electron, which will be emitted from the atom if the transferred energy is greater than the orbital binding energy.
27.
The RKKY Interaction can explain electron spin correlations between unpaired inner shell electrons in different atoms in a conducting crystal by a second-order interaction that is mediated by conduction electrons.
28.
It may be thought of as the result of the relative proximity of the harmonic frequencies of the outer shell electrons in a compound to the frequencies of visible light.
29.
Ionization can occur through radioactive decay by the internal conversion process, in which an excited nucleus transfers its energy to one of the inner-shell electrons causing it to be ejected.
30.
Since the core charge increases as you move across a row of the periodic table, the outer-shell electrons are pulled more and more strongly towards the nucleus and the atomic radius decreases.
