Jones Beene wrote:
> Which brings up an interesting point on how one might detect
> hydrinos in an electrolyte.
>
Heat when they form?
>
> Assuming that the tighter orbit would create a drastically
> altered magnetic field. If one were to measure the bulk
> magnetic field of a potassium electrolyte with a
> magnetometer, before and after, a few days of potassium
> hydroxide electrolysis, should not there be a drastic change
> in the bulk field if lots of hydrinos were being created ?
>
> hydrinos in an electrolyte.
>
Heat when they form?
>
> Assuming that the tighter orbit would create a drastically
> altered magnetic field. If one were to measure the bulk
> magnetic field of a potassium electrolyte with a
> magnetometer, before and after, a few days of potassium
> hydroxide electrolysis, should not there be a drastic change
> in the bulk field if lots of hydrinos were being created ?
>
Might a proton precession magnetometer do it?
"In a simple proton precession magnetometer, a bottle of fluid rich in hydrogen atoms, usually distilled water or a hydrocarbon such as kerosene or alcohol, is surrounded by a coil of wire which can be energized by a direct current to produce a strong magnetic field. When the current is shut off, the precessing protons induce a very weak signal into the same coil, which is now connected to a suitable output device. This output circuitry may be a frequency counter calibrated to give a direct readout of of magnetic field strength."
Frederick
