Re: CS>Still trying to Understand CS Electrode Reactions

2001-04-01 Thread Tony Moody
Roger, I have no doubt about CS effectiveness. In a quiet moment some lateral thinking happened. Tony rogalt...@aol.com wrote: > > In a message dated 3/30/01 3:37:18 PM EST, a...@new.co.za writes: > > << The persistent train of thought was that perhaps the effectiveness of CS > was due to H an

Re: CS>Still trying to Understand CS Electrode Reactions

2001-03-30 Thread ROGALTMAN
In a message dated 3/30/01 3:37:18 PM EST, a...@new.co.za writes: << The persistent train of thought was that perhaps the effectiveness of CS was due to H and not so much the silver.That maybe there was extra H and with altered properties ... but more H would probably alter the pH ... so maybe

Re: CS>Still trying to Understand CS Electrode Reactions

2001-03-30 Thread Tony Moody
Dear Roger, Electrochemistry goes mostly over my head, but thank you, that seems very clear. A while ago when the CS particles and ions discussion was about at its loudest, I happened to spend some time looking at CS being made with my new current limited generator. I was using filtered tap water

Re: CS>Still trying to Understand CS Electrode Reactions

2001-03-30 Thread ROGALTMAN
In a message dated 3/30/01 8:11:44 AM EST, i...@win.co.nz writes: << There is a net OH- increase from reaction (3). As reaction (2) does not take place because of the high potential, there are no H+ ions to offset the OH- and form water. The Ag+ takes the place of the would be H+ ions. Ivan.

Re: CS>Still trying to Understand CS Electrode Reactions

2001-03-30 Thread Ivan Anderson
- Original Message - From: To: Sent: Friday, 30 March 2001 15:43 Subject: CS>Still trying to Understand CS Electrode Reactions > Ivan and Others Interested in CS Electrochemistry: > > I'm still trying to understand which electrode reactions take precedence over > o

CS>Still trying to Understand CS Electrode Reactions

2001-03-29 Thread ROGALTMAN
Ivan and Others Interested in CS Electrochemistry: I'm still trying to understand which electrode reactions take precedence over others. Potential Anodic Reactions (1) Ag ---> [Ag+] + 1e -0.80 volts (+ over voltage) (2) 4[OH-] -> O2(g) + 2H2O + 4e -0.40 volts (