GMU:CyberSpace/electrochemical closed circuit system: Difference between revisions

GMU:CyberSpace/electrochemical closed circuit system (view source)

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 x Resitor 2.2Ω<br>
 x Relais<br>
+'''electrochemical closedcircuit system #3''':
+The electrochemical closedcircuit system #3 comprises of three units. Each unit acts independently, but they share the same source of engergy.<br>
+The units strive to close the gap between their electrodes through electrochemical processes.
+While solid copper at the anode gets reduced and copper ions are pulled into solution, copper ions at the kathode get oxidized and go into solid state.
+The reaction is driven by the electric potential differences between the electrodes.
+When the growing copper fractal closes the gap between the potentials, the unit registeres the resulting drop in resistance and reverses the polarity of the electrodes.
+In this way the growth process is also reversed, which usually results in the breaking of a grown structure or their dissolution.
+In case of a breaking structure the resistance jumps up again, which again results in a reverse of polarity. If there is no major change in the current through the system the polarity is reversed after a fixed time.
+This behaviour continues until at least one unit grew an unbreakable highly conducting structure and therefore draws the whole available power-  resulting in a short circuit - or the units use up their electrodes and therefore have no more way to transport energy.
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