temperature particles provided by each "thermode", one at each end of a temperature gradient established using a heating element, enable the chemical reaction hindered by a discrepancy in temperature charge.
The barrier prevents the resulting compounds from migrating to the opposite electrode/thermode and react in reverse.
In this case, the relative cold and hot end of the temperature gradient overcomes the energy level difference in the temperature particle clouds of the participating reagents and drive the chemical reaction in one direction.
The existence of temperature particles opens up a new possibility of temperature charge circuitry operating in an insulated thermostat confinement of constant temperature.
It is a hot day...
