@Outlawstc
"it is resonance not of electric but of waters natural ability to take on the charge"
This may be true...but, water's relaxation time is rather slow. Being so slow, it holds a charge rather well when done right.
For instance study Lord Kelvin's Water Drop Generator. The water is charged as it leaves the water container.
"Even though water has no overall electric charge, it is full of movable electric charges (called ions). Half of the water's charges are positive and half are negative. It is not hard to separate these charges; simply hold an electrified object near the water. The electrified object will attract the "unlike" charges to the water's surface. It will also repel the "alike" charges away deeper into the water.
In the above diagram, the positive object attracts the water's negative ions and repels the positive ions. This draws an excess of negative ions into the tip of the water dripper, while repelling an equal amount of positive ions off to the other end of the dripper. When the water drop detaches from the tip of the dripper, an overall negative electric charge is still trapped in the droplet. The falling water droplet carries away negative charge, leaving the dripper slightly positive. If we catch the falling droplets in a container, the container will become negatively charged. "
So my point is...I TRULY believe it is super simple. I think resonance is for the gains in voltage potential only, but, I could be wrong

Take this as evidence of my stance....
"Microwave heating is sometimes explained as a resonance of water molecules, but this is incorrect: such resonance only occurs in water vapor at much higher frequencies, at about 20 GHz."
I cannot get that high of a frequency....can you?
