Super Charged Electrolytic System - Electric Cooling and Heating Concept - 3D Experimentation Kit
2 different modes of operandi, two different electric circuits, with different properties at different times and locations, as needed per mode. the system can either cool, or heat a liquid, and on the outside let the heat escape quickly, or keep it inside the system, as needed per mode.
if we want to heat the liquid inside the system, we power the red inner coil acting as the plates, the insulated, long electrical path, long downward resistance time, creating and giving off heat to the liquid inside. in this mode, we use in combination the outer blue non insulated coil, to speed up the electrons along the outer surface, cooling them down when outside the system, moving back up, giving off their heat quickly outside.
if we wish to cool the inner liquid, we use the inner blue, non insulated coil, allowing the electric current to move down quickly, creating speed, cooling the liquid down, transporting away its heat to the outside of the system. in this mode we can actually also use the blue outer coil, to dissipate out the heat from the liquid we attempt to cool.
just think of the outer red coil as insulated, upwards, and a long path, creating heat outside, which i dont know yet what i would like that for actually. ill just add the shape in the kit, so you can experiment for yourselves.
you can print them as many times as one like, if you print a hollow one, put a wire in it, and then remove the outer plastic, you have a fast coil, with the surfaces all in connection, allowing for much faster speeds across the surface, than when insulated and having to follow the longer path of the entire coil. stretching time for effect to take place, when needed, where needed, sort of speak. a magnet is placed in the exact center dividing the two hemispheres of the system.
above and below are small water tight motors with turning rotors, to move the freely moving sodium and chloride ions, electrified electrons or waters inside, together with the magnet, creating a refreshing vortex motion and the particles contained in it, forcing them to contact and move along all inner upper and bottom parts of the system.
continually refreshing the electrons between hemispheres. let them go where they need to be, when they want to be there. change the connections between the device its coils, and the battery, to change the working of the device. the top of the device represents the anode, positive, location of the liquid and the bottom represents the negative half, the cathode half, both separated or divided by the magnetic motor in the center.
time to find out what fluid creates the most heat the most easily, the more heat the more resistance, the more current we can squeeze out of its motion. what is the best electrolyte solution? one can print the electrolytic platers and their coil shapes and put wires in them in the correct order, upward or down wards, as needed. thicker wires thinner wires, insulated or non insulated, as needed.
could be handy concept for transporting blood and organs, regulating the temperature as needed.
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