Cold Electricity

[quarktoo]

Not to sound detractive, but if Meyer was forming H2O2, and it's too corrosive for steel, then what would any of the engines this system were attached to be using for liners?  Heads, fine.  Block, Fine.  Al won't handle the piston ring abrasion, nor would an al ring be functional.

Would the possibility of Chrome plated to these parts be a possibility?

I am aware of the "Cross Country" trip in an automotive application, as well as the applications for aircraft certification, and never heard of this type of corrosive problem mentioned, before.

Just curious, as there is so much more Meyer info out there than I could ever be aware of.

You are thinking that H2O2 is pumped into the cylinder and then ignited however none of Meyer's injectors worked that way. The H2O2 is ignited as it leaves the injector and so none or very little H2O2 actually ever makes it into the cylinder. It has already been converted into flame.

[sigma16]

I have not been able to find a reference that places the NMR of iron at 21.5 MHz.  However, this is a common frequency for NMR spectrometers to operate at.

The text that is missing was moved to the outlook section.  I cannot vouch for the 7 pages missing.

[sparks]

   Loner my annagram was wrong.  Ice is cool.  Ionization Cascade Event.   ICE.     

[sparks]

      If an electron in a 1s orbital responds to an electric field or the orbital is altered by a magnetic field what force is there to keep the electron from colliding with the neucleus.   I see the binding energy of an electron as well bound energy.  This bound energy is accessible wherever we find electrons bound to a neucleus.  A conductor pocessing many ionized atoms conducts the electric field but does not really offer any chance of producing one.  But anyway if there is enough bound energy in a 1s orbital and the electron is jumping orbitals and it misses the 1s and collides with the neucleus is there a chance that the binding energy of the neucleus suddenly is unbound!

[ramset]

So Quarktoo
How about that simple experiment you spoke of?

Chet