> Has anyone investigated how the proportions of ionic to
> colloidal silver (or the size of the colloidal clusters)
> varies as the temperature of the water is changed, for any
> given generator source and electrode configuration?
>
Regards,
>
> John Popelish
As a 'back yard' brewer all I've got by way of figures are what I used to
document a few years ago, and using El Cheapo home brand DW. Don't know if
these are of any value.
The following are figures from my 'open air kitchen' environment and
incorporating the HM digital Com-100 EC/TDS/TEMP meter set on KCl uS, also
incorporating my home made magnetic stirrer with a 3mm wire diameter twin loop
home made generator operating on 24vdc done during seasonal atmospheric
temperature changes.
Volume Time in hours KCLuS W/Temp TE after
stabilising period
1 litre 1 1/2 24.5 25.4
very faint
..................................................27.4 24.9
strong
..................................................14.7 16.2
faint
..................................................15.6 21.9
good
.......................2.........................15.3 13.9
strong
.......................2.........................18.0 14.8
faint to good
The above would not constitute suitable test results of course but is the best
I could do in the home.
I think it might be a tall order determining much from the ‘home’ environment,
there are too many inconsistencies with my figures anyway. Be aware these are
just straight out results from go to wo and ignoring DW reading prior to
production, which was always between 1 point something and 2. TE is a visual
comparison observation and done after solution had stabilised in KCluS reading,
which of course had dropped over that time period. Even then it's not accurate
due to water temperature several days later which will effect the reading
accordingly.
I don't think the home produced stuff ever stabilises to a point
of.......Stability? And it's the home made stuff of which most would be
interested in I would imagine.
N.
