Nate M

Awesome. That is really helpful. How would the mesh be made?

Search rf drying on google. It is not a microwave oven. The cathode and anode come into play by flipping the water molecules back and forth (because water is polar) and this causes friction of the water molecules and thereby evaporating them.

I have been learning more and more about radio waves and their effect on water. That being said, I am working on an invention that could totally alter the way I perform my job. Radio waves mixed with a cathode and anode has increasingly been used in drying foods and textile fabrics. However, this RF drying is done on a huge scale. Is it possible to do this on a smaller scale. Maybe a portable rf dryer? It would not be hard to mount a portable rf transmitter but this would have no effect on the water (the drying process) without the cathode and anode. What could I use for a portable cathode and anode?