Vince Richter wrote: > Hi Mike, > > What about constant current? Is higher temperatures advantageous in > some way without the increased particle size? I use HVAC NST 15,000 > volts limited to 30 mA cone method. It is nice to take only 8 hours to > make 2 gallons if I don't cool it instead of 12 to 16hrs with a fan > blowing on the batch the entire time.
15,000 VAC @ 30 ma should make about a gallon an hour for around 5 ppm CS. Higher temperature results in lower resistance, so if you are holding a constant current, higher voltage will result in lower voltage, which for HVAC results in larger particles. The production rate for particles will then actually go down. Marshall > > > I know, by now that's archaic by at least a few months to a year or two > in the history of CS production. LVLCDDC (low voltage low current > density DC) with a high surface area anode and current limiting is the > way to go. But I've already have paid for my equipment. I'm going to > try and make to most of it for now :) > > Vince > > -----Original Message----- > From: Mike Monett [mailto:[email protected]] > <snip> > > Hi Gaston, > > As Ken pointed out, increasing the temperature results in increased > particle size. > > You can see the effect in Reid Harvey's work on ceramic water > purifiers using silver oxide. A picture is on his web page at > > http://www.purifier.com.np/CS.html > > One of the reasons this happens is the cs generator uses constant > voltage. With no current limiting, the current can increase to high > values as more silver ions enter the solution from the anode. > > <snip> > > So, unfortunately, the statement at the elixa page is incorrect, as > is so much of the published information about cs. > > Best Regards, > > Mike Monett > > -- > The silver-list is a moderated forum for discussion of colloidal silver. > > Instructions for unsubscribing may be found at: http://silverlist.org > > To post, address your message to: [email protected] > > Silver-list archive: http://escribe.com/health/thesilverlist/index.html > > List maintainer: Mike Devour <[email protected]>
