Good find. Kotzias also coauthored a paper with Holmlid, published earlier this year.
http://scitation.aip.org/conte…dva/6/4/10.1063/1.4947276
Two new Airbus patent applications were recently published.
Inventor Bernhard Kotzias.
Both are related to the use of Ultra Dense Hydrogen (UDH).
They work with ZrO Zirkonium Oxid which has already widely been used by many Japanese researchers and especially by NANOR!!
It's a nice try to patent the same findings again.., may be they added at least some details.
They work with ZrO Zirkonium Oxid which has already widely been used by many Japanese researchers and especially by NANOR!!
It's a nice try to patent the same findings again.., may be they added at least some details.
The essence in these two patents is that there is a combination of Ultra Dense Hydrogen and already known 'foam' structures' that can hold UDH.
This combination has not been claimed before.
They work with ZrO Zirkonium Oxid which has already widely been used by…
Zirconium oxyde (aka Zircon in Frech) was also the substrate used by Didier Grass and all in Thomson CSF for their LENR incident described in RNBE2016.
(French LENR Symposium in Avignon, RNBE-2016 by SFSNMC)
on Zirconium oxyde powder substrate they deposited by cathodic sputtering some nickel (with a very complex metallurgical structure full of twin crystal defects, nearly amorphic), and after some electrolysis in normal water with Ni(NH2SO3)2 dissolved.
see too
Symposium Francophone RNBE-2016
Zirconium oxyde was also studied as proton conductor (Biberian ?)
I have only read the patent translation very quickly but it is interesting to note that according to Kotzias a catalyst for the formation of ultra-dense hydrogen is Titanium Oxide. This is a very cheap and commonly available material**
**assuming he is referring to TiO2.
The essence in these two patents is that there is a combination of Ultra Dense Hydrogen and already known 'foam' structures' that can hold UDH.
This combination has not been claimed before.
DGT used nickel foam to hold their powder.
Zirconium oxyde (aka Zircon in Frech) was also the substrate used by Didier Grass and all in Thomson CSF for their LENR incident described in RNBE2016.
(French LENR Symposium in Avignon, RNBE-2016 by SFSNMC)
on Zirconium oxyde powder substrate they deposited by cathodic sputtering some nickel (with a very complex metallurgical structure full of twin crystal defects, nearly amorphic), and after some electrolysis in normal water with Ni(NH2SO3)2 dissolved.
see too
Symposium Francophone RNBE-2016
Zirconium oxyde was also studied as proton conductor (Biberian ?)
zirconium oxide is a superatom substitute for palladium.
http://www.pnnl.gov/science/highlights/highlight.asp?id=803
QuoteSo why use a different element if the actual element is available? First, the element mimic might be less expensive, as in the case of palladium, which, at $100 a gram, is used as a catalyst in jet engines. At two cents a gram, zirconium oxide would be a worthy substitute. Dr. Castleman and his team are pursing this through a U.S Air Force grant.
