I would think that since time is the inverse of frequency , then time is relative to distance in the case of boiling off hydrogen from water between plates spaced at a specific distance. So would not a specific frequency be necessary to travel the specific distance between plates in a hydrogen cell as apposed to a random or even stepper frequency since the plate distance in a hydrogen generator cell remain the same? Has anyone actually demonstrated a direct link to "liters per minute" in relation to (A) a fixed frequency, (B) a variable frequency or (C) a stepper frequency?
I'm sure some have already experimented and made determinations and if so are these results collected and available to anyone?
My suspicion is that a specific Frequency tuned to resonance will in it's simplest form, produce the maximum liters per minute output of hydrogen gas.
