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[sarkeizen]

Yawn.  Quit trolling. You said that a cell which powers something like a iPhone forever was written and predicted in all and every textbook on electrochemistry.  This should make it easy to provide a cite from a textbook  

Incidentally I've asked you for a cite fifteen times and you have provided none.

[profitis]

no problem @sarkeizen heres a CITE from the wikipaedia article on the nernst equasion i,l organise a textbook later i promise:E=RTln/nF* a A/a B and predicted E karpenquenco cell = RTln/nF * a(Oads)1/a(Oads)2 where concentrations of adsorbed species have been substituted by the more correct activities(a) of adsorbed species.you can see that a voltage arises at uniform temperature.

[profitis]

@sarkeizen if we use two identical platinum electrodes at different depths in a glass of acid or a glass of ocean it becomes classical Eprofitis-wikipaedia =RTln/nF * CO2a/CO2b.in this case the O2 potential affects the work function of the respective electrode and since the depth difference is a constant the voltage becomes a constant.

[sarkeizen]

Yawn.  Quit trolling. You said that a cell which powers something like a iPhone forever was written and predicted in all and every textbook on electrochemistry.  This should make it easy to provide a cite from a textbook  

Incidentally I've asked you for a cite sixteen times and you have provided none.

(In case you forgot to read my post about what a cite is.  Here's what one looks like: 1. Christine Stansell, American Moderns: Bohemian New York and the Creation of a New Century (New York: Henry Holt and Co., 2000), 18. - while what you produce doesn't have to be all that formal.  It does need to reference a book, and give me enough information to find it and the information presented.)

[profitis]

just a second @sarkeizen im on a roll now have a kofi meantime. so the system decompresses O2 gas on one electrode and compresses it on the other in order to equalize work functions so one electrode cools down and the other heats up as reaction proceeds down the gradient..