Trem
I have found that a small variation actually does matter.
In the old silverpuppy models, I could significantly vary the
concentration at shut down just by bending the electrode ends towards or
away from each other..and not by very much either.
But that was before using stirring and a conductive track tended to form
in a 'U' shape at the bottom between the ends. The electrodes were
straight back then. That could all have something to do with it.
Granted, an eyeball is good enough to get consistancy. An eyeball can be
quite accurate.
I tried the strips first and had a hard time with them. That's all.
Ode
"Our electrodes are .25 inches wide and .013 inches thick. If they
are submersed 4 inches, the total surface area will be 4.21 square
inches. This is 2.5 times the wetted surface area of 14 gauge
wires. Therefore the current density of 14 gauge wires will be 2.5
times higher than the electrodes we use. What this means is, the
amount of silver released using our electrodes will be so spread
out over the surface of the electrodes, it will be releasing at a
slower pace. If the silver is released more slowly, the particles
are smaller. They will also be more uniform in size because of the
constant current regulator and stirring. The result is a more
uniform, small particle size colloid."
A 0.013 flat ribbon will be difficult to keep straight. This means
it will be difficult to keep a uniform electrode spacing from top to
bottom.
Not really. Let's use the SG6 as the example. This isn't rocket science
and most people can see when two electrodes are fairly parallel because
they're attached to the unit with binding posts.
While a small variation probably doesn't matter, you will be
constantly fussing with it and wondering if it is affecting the
results. It is not worth the hassle.
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