the new fuels with magnecular structure - Institute for Basic Research

THE NEW FUELS WITH MAGNECULAR STRUCTURE 99
The analysis of this section has confirmed the content of section 1.2.11 of
Rif.[22] to the effect that the divergences between submerged electric arcs and
the predictions of conventional disciplines are so huge to be called “catastrophics
inconsistencies” such as:
1) Inability by quantum chemistry to identify the chemical composition
of magnegas. This occurrence is due to the fact that quantum chemistry
predicts that magnegas produced via a electric arc between pure graphite electrodes
submerged within distilled water is composed primarily of the molecule
H − H with 2 a.m.u and C − O with 28 a.m.u, with traces of H 2 O with 18 a.m.u.
and CO 2 with 44 a.m.u. No additional species is predicted by quantum chemistry.
By comparison, magnegas is composed of fully identifiable peaks in the
MS ranging from 1 a.m.u to 1, 000 a.m.u. none of which is identifiable with the
preceding molecules, resulting in catastrophic divergences in the sense that the
application of quantum chemistry to magnegas would have no scientific sense,
not even approximate.
2) Inability by quantum superconductivity to represent submerged
electric arcs. Distilled water is known to be dielectric. In fact, the electric
resistance between electrodes submerged within distilled water at large distance
(open arc) can be of the order of 100 Ohms or so. However, when the electric arc
is initiated the resistance collapses to fractional Ohms, resulting in a very high
temperature kind of “superconductor” (since the arc has about 5, 000 ◦ C). Such
a collapse of electric resistance is beyond any hope of representation by quantum
superconductivity. In reality, as studied in [22–26], the collapse is due to the
basic inapplicability of Maxwell’ s equations for submerged electric arcs , thus
implying the basic inapplicability of the Lorentz and Poincaré symmetry, special
relativity and all that in favor of covering theories.
3) A ten-fold error in defect in the prediction of the CO 2 content of
magnegas exhaust. In fact, quantum chemistry predicts the presence of about
50% of CO in magnegas from distilled water resulting in about 40% CO 2 in the
exhaust, while magnegas has about 1/10-th that value;
4) A ten fold error in excess in the prediction of heat generated by
carbon combustion by the arc. In fact, in the preceding subsection we showed
that quantum chemistry predicts about 2, 250 Kcal/scf of magnegas, while the
measured amount is of the order of 250 for water as feedstock. Note that the
latter error confirms the preceding one.