the new fuels with magnecular structure - Institute for Basic Research

THE NEW FUELS WITH MAGNECULAR STRUCTURE 101
the valence bond under which no breaking of molecules is possible under increasing
temperature and pressure, resulting in a constant number of constituents per
mole.
For over one century chemistry was restricted to the study of gases with molecular
structure and Avogadro original conception was forgotten until resumed by
the author with his gases with magnecular structure that verify all original intuition
by Avogadro.
4.11 Concluding Remarks
The first important experimental evidence presented in this section is the independent
certification of hadronic reactors of molecular type as being “commercially
over-unity”, that is, the ratio between the total energy produced and the
electric energy needed for its production can be much bigger than one, Eq. (4.14).
This occurrence establishes that said hadronic reactor are based on a a new
combustion of carbon realized via the electric arc, which combustion is much
cleaner and more efficient than the combustion of carbon in a conventional furnace.
In fact, the new combustion of carbon occurs in the plasma surrounding the
electric arc due to the presence of oxygen originating from the liquid feedstock.
Rather than producing highly polluting exhaust, as for the combustion of carbon
in a furnace, the plasma combustion produced a clean burning fuel and heat
without pollution. Consequently, the plasma combustion of carbon is much more
efficient than conventional combustion because pollutants in the exhaust are uncombusted
fuel.
The third experimental evidence presented in this section is that establishing
the existence of the new chemical species of Santilli magnecules. More specifically,
said experimental evidence, plus additional tests not reported here for brevity,
confirm the following features of Definition:
I) Magnecules have been detected in MS scans at high atomic weights where
no molecules are expected for the gas considered. In fact, the biggest molecule in
macroscopic percentages of the magnegas tested, that produced from tap water
with conventional chemical composition, is CO 2 with 44 a.m.u., while peaks in
macroscopic percentages have been detected with ten times such an atomic weight
and more.
II) The MS peaks characterizing magnecules remain unidentified following a
computer search among all known molecules. This feature has been independently
verified for each of the sixteen peaks of Fig. 21, for all peaks of Figs. 27 and 28,