, so the current density is 0.0018 mA per sq
mm.
Electrodes have 'hot spots' at sharp edges which draw more current than
the rest.
Regards,
Ivan.
- Original Message -
From: "blue_eyes"
To:
Sent: Wednesday, 2 August 2000 10:17
Subject: Re: CS>Electrode Surface
Fellow CS'ers,
Of all the responses I received directly (1), there was one that
stood out from all the rest. It indicated the total surface area of
both electrodes is used to calculate the current density. There
was no mention of the reasoning behind the conclusion, so I am
still looking for more
>Greetings Folks!
>
>
>I do not recall anyone mentioning whether they based current
>density on 100% of the wetted surface area of both electrodes
>or only the wetted surface areas facing each other.
>
>I tend to think that most of the current is "leaving" or "entering"
>the surf
C. SILVER"
Sent: Monday, July 31, 2000 8:19 PM
Subject: CS>Electrode Surface Area
> Greetings Folks!
>
> As time has gone on, the subject of current density has come up
> now and then and several folks have mentioned what they thought
> was the appropriate maximum densit
This is a good question. Even with large electrodes, I suspect that the
current density is not uniform. Has anyone addressed electrode design?
Jeff
- Original Message -
From: "blue_eyes"
To: "C. SILVER"
Sent: Monday, July 31, 2000 8:19 PM
Subject: CS>
Greetings Folks!
As time has gone on, the subject of current density has come up
now and then and several folks have mentioned what they thought
was the appropriate maximum density for minimum silver size.
I do not recall anyone mentioning whether they based current
density on 100% of the wetted
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