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[sarkeizen]

theres plenty textbooks on catalysis

But you said that your argument can be made from virtually ANY textbook on electrochemistry - you seemed to imply it was true for even high-school level ones....and now you seem to be saying that it can't.  Right?

so i rely on internet for information on gaseous spillover

I think you mean, you randomly search for stuff to try to snow people with.  You didn't even know that you had linked to something that wasn't a textbook.   Now you're just linking to papers you haven't read.

Does this crap actually work on anyone you know?

[profitis]

it works for gaseous spillover@sarkeizen.And it opens a thermodynamic possibility for galvanic cells powered by gaseous spillover,in the same way that any spontaneous chemical reaction e.g. zinc + oxygen can be tapped electrochemicaly.and its no co-incidence that the gradient which drives gaseous spillover,is in fact a chemical concentration/activity gradient

[profitis]

you have to now show the jury how the kelvin statement applies to the thermodynamic cycle of gaseous flow between a catalyst particle and substrate particle in a wikipedia-type spillover closed system @sarkeizen.contact= unidirectional gas flow.seperation= random diffusion.2 seperate entropy states,one system.

[sarkeizen]

it works for

Then you should have no problem finding a cite in an ordinary textbook    This is what you claimed right?  You know the kind I can find in a library or a bookstore, like I did before when I was being honest and you were being dishonest...

Or are you giving me the victory that I think most people know I won a few months back and saying you can't support your point with virtually any textbook?

Do you need me to find where you said those things?  No?  Because you know you did and you know you are lying (for like the fourth time about a core issue).  Now just fess up.

[profitis]

not by a long-shot @sarkeizen.you,l get no victory until you can show us the role of kelvin statement in a closed gaseous spillover cycle.we the scientific community demand that you show us the role of kelvin statement when we contact a nickel particle to a copper particle under hydrogen and then pull them apart.