Extracting Hydrogen from Water Using Radio Waves

[TinselKoala]

Here are some that I've come across:

Puharich (patent 4394230):
7960 Hz
15920 Hz
31840 Hz
63690 Hz

Stan Meyer:
937 Hz

JW Keeley:
42.8 kHz

Saul Hackmeyer (patent 4265721)
915 MHz

UV excitation (the true O-H bond resonance) is at 205 nm, which is very very high frequency...

And there are a myriad other freqs that have been mentioned in various places by various researchers. Any additions and/or corrections to this list would be appreciated.

[professor]

Kanzius uses 13.56 MHz EM radiation, and you need to put salt in the water.   48.5 KHz is a suspected frequency for Keely's magic water dissociator, I think.  His stuff was acoustic, so If you want to try that experiment instead, you should use an ultrasonic transducer.

We know the Carrier frequency to be 13.56, but we do not know if Kanzius  modulates the carrier with  an unknown wave shape and whether the effect is that of the Carrier or that of the Modulation frequency or a combination thereof.
And although his Transmitter may likely be capable of 1KW output it was adjustable and I do not recall Kanzius mentioning at what power Level the separation  took place.
Responding to Peses Comment about the Transmitter not being RF at 40 some odd Khz I like to point out that there are Naval Radio Transmissions of very high power being broad casted and received by receivers not using Transducers but Antennas. On the other Hand I do not recall having heard of a Navy Submersible producing Hydrogen from their Transmitting antennas which are in Salt Water.

Quote Google:
Very Low Frequency (VLF) communications transmitters use digital signals to communicate with submerged submarines on at frequencies of 3-30 kHz. The eighteen Trident submarines constitute about half the US strategic nuclear capability. The supporting infrastructure for these submarines includet connectivity links such as the Extremely Low Frequency (ELF), Very Low Frequency (VLF), and TACAMO Airborne VLF communications systems.
professor