newedana wrote:
The energy emission taking place when orbital electron rings expand, can=
be observed in the case when chemical explosives such as TNT (trinitrotolu=
en) explodes. The outermost orbital electron rings of their component atoms=
contributing to combine them, expand only a little bit in this case of exp=
losion, due to dissociation of TNT to form various kinds of gas molecules, =
such as H2O, CO2, and NO2 etc.
It is well known that the explosion of only about 7 kgs of uranium 235 p=
roduces an enormous energy equivalent to that emitted by explosion of TNT 2=
0,000 metric tons. The mass ratio of these two explosive materials is abou=
t, 1 : 2.86x10^6.
If the orbital electron rings in K shell of uranium atom with radial par=
ameter, say, =CE=B3=3D1/100, expands to be the orbital electron rings in K =
shell of newly created atoms, such as Pb that has radial parameter, say, =
=CE=B3=3D1/99.28, then the ratio of energy capacity of these two orbital el=
ectron rings becomes identical to the mass ratio, 2.86x10^6, as shown above=
when we estimate it with Eq.=E2=96=B3E=3DE'[1/r^2 -1/(r+n)^2]^2. The diffe=
rence of radial parameter between these two electron rings is negligibly sm=
all, or =CE=94=CE=B3=3D1/99.28-1/100=3D1/13,789, but the ratio of their ene=
rgy capacity is such enormous, as shown above. However, this energy emissio=
n comes only from the expansion of orbital electron rings in K shell of ura=
nium 235. Other orbital electron rings in L, M, N,. . . .shells of uranium =
235 should also have to expand their orbital radii emitting huge energies a=
lso 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. newe=
danna wrote