]]>
]]>
]]>
How do you figure out:
d = SEPERATION OF PLATES (cm2)
c = CONCENTRATION (gm. mol. equivalant/liter
p = EQUIVALANT CONDUCTANCE (Ohms -1 cm2 equiv. -1)
I need to reverse engineer thing in order to learn it...
Statistics: Posted by hkyle — Wed Apr 05, 2006 11:13 am
]]>
]]>
]]>
]]>
I never compare production with Faraday low,I compare with Hydrogen burning efficiency(3.0 - 3.5 KWh / cubic meter)
Statistics: Posted by eco — Fri Mar 24, 2006 6:16 pm
]]>
Statistics: Posted by eco — Fri Mar 24, 2006 12:58 pm
]]>
]]>
But Proud of you that you can admit your mistakes. Few people do that.
Statistics: Posted by chemelec — Tue Feb 28, 2006 7:41 pm
]]>
eco
Statistics: Posted by eco — Tue Feb 28, 2006 6:06 pm
]]>
These Differences Reflect on Different Impedances.
Definately indicating either different Spacings, Plate Sizes or Electrolyte concentrations in the various cells.
Statistics: Posted by chemelec — Tue Feb 28, 2006 3:26 pm
]]>
]]>
It could be that your first cell has a different impedance from the rest.
If all cells are the same, you'd see a DC voltage across each one that is fairly similar.
You could liken this to the charging of batteries, as each of their cells should be closely matched during charging.
If the affected cell is running cooler than the others, or has a lower terminal voltage, that might be as a result of a richer concentration of chemical additives in that particular cell.
I have yet to try a multicell series arrangement, but I can imagine that I will see similar problems that would need to be ironed out.
Best wishes,
Steve-tee.
Statistics: Posted by Steve-tee — Tue Feb 28, 2006 6:09 am
]]>