8. Uranium and Hydrogen, mass number connection:
The quotient between triplets 543 and 210 is about the same as
between A and Znumbers of U: 2,586. compared with 2,587. This number
≈2^{2/3} + 1^{2/3}
is a number appearing in the genetic code, see in these files about
the Exponent series.
N/Zquotient of U ≈ 2^{2/3}
9. Fusion and fission:
a. Fission: The disintegration series of 238 U, 235 U and
232 Th:
A multiplication operator acting in the electron shells?
Orbital numbers 18141062 as sums of poles in ddegrees 5432l0:
Fig. 091:
The point of this derivation of orbital numbers is
that it makes it easier to imagine a potential dividing within the
orbitals, porbital as 2 + 4 e, dorbital as 4 + 6 e or 1 + 3
(= 4) + 6, forbital as 6 + 8 e or 2 + 4 (= 6) + 8.
An angle change step from ⊕ to ⊗, from internal structural relations of type addition to multiplication in the eshells, gives:
Through further division within orbitals the sum of the electrons
gets 10 units higher.
The disintegration series of 238U from
92 Z to Pb 82 Z goes through
8 alphasteps =  16 Z: compare the change above in forbital from
64 → 48.
6 betasteps = + 6 Z: compare the change above
in dorbital from 18 → 24.
Compare from Physics:
forbital, from step 4→3: Mass
identified as a property in this step. Mass reduction connected
with alpha radiation.
dorbital from step 3 → 2: Charge
identified as a property in this step; beta steps implying change
of charge.
Surely the distribution of electrons on different orbitals above
will not correspond to that which the physicists observe  if they
have time to observe what really happens ? !
The same type of operations for all three disintegration series:
238U, Uranium 235 and Thorium 232, 90 Z,
suggestions:
235U: In this disintegration series we
have  28 A:
 7 alphasteps,
+ 4 betasteps =  14 Z, + 4 Z
βsteps in this series occur in first
steps in one (1) β+radiation.
According to the suggestion above there should occur an inner β+radiation.
(Possible to detect? Eventual connection with its use as nuclear
fuel?)
232Th, 90 Z: In the disintegration series
to Pb 208 A we have  24 A,  8 Z:
 6 alphasteps,
+ 4 betasteps =  12 Z, + 4 Z.
One could of course ask why such changes in multiplication operations,
(if so), should take billions of years.
Halflife times for 6 stations (of 15) in disintegration series
of 238U:
b. The border between fusion and fission directions:
"The energy dale"  or from the opposite viewpoint the
maximum of bond energy in the periodic system, is usually declared
as about Fe, 26 Z, 56 A.
Another statement points to a flat maximum of
bond energy around 60 A: Ni, 28 Z has one isotope 60 A.
A third statement says all elements above circa
150 A is aemitting, i. g. elements about 62 Z.
One fusion /fission border (a secondary one) also appears about
46 Z (Pd):
46 Z is half of max. Z 92: Pd 106108 A. This according to one
older statement (Gamow).
c. Fusion:
"AZnumbers" of atoms illustrating two parts of synthesis:
If we take a dimension chain with superposed odd figure level and
add 2figure numbers vertically downwards, we get numbers as "AZ"numbers
of primary elements:
Exemplified: 95+94 = 189, 94+74 = 168, 74 + 73 = 147 etc.
*
To
1011. NZrelations
 a couple of aspects
