In article . com,
"newedana" wrote:
The energy emission taking place when orbital electron rings


There are no such thing. Electrons only have probability regions.

expand, can be observed in the case when chemical explosives such as TNT
(trinitrotoluen) explodes. The outermost orbital electron rings of their
component atoms contributing to combine them, expand only a little bit in
this case of explosion, due to dissociation of TNT to form various kinds of
gas molecules, such as H2O, CO2, and NO2 etc.

Huh? The energy comes from bond energies. Period.

It is well known that the explosion of only about 7 kgs of uranium 235
produces an enormous energy equivalent to that emitted by explosion of TNT
20,000 metric tons. The mass ratio of these two explosive materials is
about, 1 : 2.86x10^6.

If the orbital electron rings in K shell of uranium atom with radial
parameter, say, γ=1/100, expands to be the orbital electron rings in K
shell of newly created atoms, such as Pb that has radial parameter, say,
γ=1/99.28, then the ratio of energy capacity of these two orbital electron
rings becomes identical to the mass ratio, 2.86x10^6, as shown above when we
estimate it with Eq.△E=E'[1/r^2 -1/(r+n)^2]^2. The difference of radial
parameter between these two electron rings is negligibly small, or
Δγ=1/99.28-1/100=1/13,789, but the ratio of their energy capacity is such
enormous, as shown above. However, this energy emission comes only from the
expansion of orbital electron rings in K shell of uranium 235. Other orbital
electron rings in L, M, N,. . . .shells of uranium 235 should also have to
expand their orbital radii emitting huge energies also as in the case of
electron rings of K shell. Thus the explosion of only 7 kg of uranium 235
gives rise to producing such a tremendous energy. newedanna wrote


Explained 60 years ago, doofus.