\(f=\sqrt{\cfrac{c^3}{8\pi}*{density}*{Z}*3.4354}\)
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
\(f=\sqrt{\cfrac{c^3}{8\pi}*{density}*{Z_{cloud}}*3.4354}\)
\(Z_{cloud}=Z-Z_{orbits}\)
where \(Z_{orbits}\) are the number of charges in orbit above the electron cloud with \(Z_{cloud}\) number of charges.
Below are plots of experimental and calculated frequencies vs atomic number.
It does not show that,
\(Z_{cloud}=Z-Z_{orbits}\)
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 \(0.5\times10^{15}\)
to show the corresponding trend/profile between the experimental and calculated plots.
Have a good day.
