If,
f=√c38π∗density∗Z∗3.4354
from the post "Photons With Kinetic Energy?" dated 5 Dec 2017 is correct, we have still to place such a coalesce of particles.
In the case of threshold frequencies, is it the electron cloud under the paired orbits that interacts with the radiating photons and results in an emission of a basic particle charge? If so, Z has to be corrected with
f=√c38π∗density∗Zcloud∗3.4354
Zcloud=Z−Zorbits
where Zorbits are the number of charges in orbit above the electron cloud with Zcloud number of charges.
Below are plots of experimental and calculated frequencies vs atomic number.
It does not show that,
Zcloud=Z−Zorbits
introduces a consistent error. Why do values for atomic number below twenty and above sixty show greater discrepancies?
In the following plots, the calculated frequencies has been displaced downwards by 0.5×1015
to show the corresponding trend/profile between the experimental and calculated plots.
Have a good day.