quentron.com

[sarkeizen]

and so lets discuss textbooks then @sarkeizen.modern textbooks

Please provide a textbook cite.  I've already demonstrated the ability and willingness to get a textbook even when all you were doing is attempting to deceive me.

[profitis]

Www.amazon.com/gp/aw/d/1244777021/ref=rediv_mdp_mobile is a an example of the more modern textbooks dealing with this subject @sarkeizen but lets stick to wikipedia for now ok.they,re basicly saying that theres a thermodynamic driving gradient to shove hydrogen or oxygen adsorbed on platinum/nickel/palladium directly onto other substrates e.g. carbon.so if we take a piece of platinum and a piece of carbon under hydrogen or oxygen gas and put the pieces in contact,gas spills,flows,runs unidirectionaly from the platinum piece directly onto the carbon piece until concentration gradient equilibrium is achieved. pull them apart,and you return to prior thermodynamicly favourable state,before they were in contact.with me so far? Contact=spillover...seperation=prior state..any complaints?

[sarkeizen]

is a an example of the more modern textbooks dealing with this subject

Yay more lying....

What you linked to on Amazon isn't a textbook.  It's a dissertation. It's interesting that you're too stupid to know the difference.  You just picked something that you hoped you could use to deceive me or other people reading (as you seem concerned about that).

lets stick to wikipedia for now?

Are you saying you can't make your point from virtually any textbook?  ONLY from wikipedia?  Because that sure sounds like what you're saying.

[profitis]

theres plenty textbooks on catalysis covering the subject @sarkeizen.i dont own any of them so i rely on internet for information on gaseous spillover : images.gizmag.com/hero/carbon-hydrogen-storage.jpg.. heres a journal publication: yadda.icm.edu.pl/yadda/element/bwmeta1.element.elsevier-b79c8766-68be-3913-8510-c5798c4b44ff .wikipedia will have to do for established science @sarkeizen.we will use it

[profitis]

heres something on palladium/copper H2 spillover: www.nature.com/nmat/journal/v12/n6/abs/nmat3620.html thus you take a piece of palladium and a piece of copper under hydrogen,bring them in contact,hydrogen spills over from palladium onto copper,,thermodynamicly favourable.seperate them and they return to prior most stable state,thermodynamicly favourable.2 entropy states.contact=spillover,seperate=prior state