@donaldwfc
Nice to read you are thinking about a real Meyer cell design too!
I haven't figure it out how to make a good base for this cell where/how the plate connections are put. Water entry below the cell...
I have ordered Delrin for the cavity and inner rod. This cell will be small in size, what Stan was talking about as a typical size. Frequency is altered when bigger sized.
If we want to replicate the resonance cell we must isolate the outer plate, when not, the cell will leak voltage to the surrounding water (dielectric).
I still don't know what Stan means in the patent, about the resonance frequency. He is talking about two. 1. pulse (resonance) 2. gate (resonance)
1. pulse frequency for Lcr resonance.
2. gate frequency is used to separate the water molecules.
I think this is when resonance is occurring between the plates described as voltage waveguide...
Well, I first want to make the correct cell, then match the VIC to the cell. I think this is the right approach, just what Dynodon already said in other threads on this forum.
Still have not seen this type of cell replicated by other researchers, only that they condition the tubes...
When two tubes are used there is always voltage leakage at the outer and inner tube top and bottom. Then this is a shorted capacitor, how do you charge a shorted capacitor???
br,
webmug