Using Plasma Arc Spraying (PAS) (or a DC Arc Jet) with Tank Hydrogen Injection with concentrated O2, one might
get around the need for the Electrolytic H2 -O2 " "Rhodes Gas" . (If the O2 is Donating the Electronium particle
to the Hydrogen giving a higher O-U yield.
"The advent of the space age in the mid-50�s pushed this technology to higher temperatures and greater limits as the need for higher performance materials was created. This led to the development of plasma arc spraying (PAS) and a wider range of capabilities. More recently, PAS has extended these capabilities to higher flame temperatures. This new plasma technology provides a working range of up to 28,0000K, creating exciting new possibilities. Materials, such as ceramics, carbides, silicides, nitrides, cermets and others can easily be plasma arc spray processed for use in target material production."
Frederick
