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This work is licensed under a Creative Commons Attribution-NonCommercial 4.0 International License
Article
First Process of Hydrogen-Metal
Author(s)
CPL Karl von Thule
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DOI:10.17265/1934-8975/2017.07.004
Affiliation(s)
SCM-Internationale, Thulé Legation, Laroque-Timbaut F-47340 CD, France
ABSTRACT
Hydrogen-Metal pure
at thousand thousandth in ingots is a superconductive metal. The sole
“additive” which is bounding to the molecules and to the atoms of Hydrogen is
an “inert” gas which is a new isotope of H and which is as the property of holding
them together without modifying their
characteristics, which means that the forces of Van der Waals and especially
the forces of repulsion
annihilate themselves: The molecules do not move apart from each other when pressure is
lowering. That
is the secret of the production of Hydrogen-Metal stable at High Pressure-Low
Pressure and High Temperature 6-Low Temperature.
In 2007, at the ICENES 2007 conference, it was
supposed to be officially announced the existence of the first two
Hydrogen-Metal ingots,
pure at thousand thousandth and stable at ambient temperature. If in a certain
scientific club this reality was communicated
but since the strategic importance of such a
discovery in the military as well as the financial domain and considering also
its civil application,
according to my will, it was not officially publicized until November 2007 at
the INCANSE 2007 conference in Bandung.
KEYWORDS
Cold fusion, energy, metal, hydrogen, European Scientific Parliament.
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