The presumption of those first batches I ever made being low PPM yet large
grey colloids comes from the recognition of the batches appearing
clear-to-milky yet eventually several batches "silvered" the clear glass. I
believe only large grey colloids will do that. Yellow colloids will cause
clear glass to go golden over time- if enough batches are made in one
container.
Johnny Silverseed
Ode Coyote writes:
Could you tell us how you managed to do that [low PPM solution of large,
grey
colloids] and how you could tell that you did?
Have you ever made a deep yellow CS, left it in a clear glass container for
several months and poured it out into another clear glass container, then
looked at the container and the poured out CS?
The decanted CS will be colorless, still have a TE and register pretty
much the same as before storage on a conductivity meter.
The old container will have a yellow coating that the addition of a few
drops of H2O2 will instantly dissolve with all color vanishing.
Why did the yellow particulate stick to the glass, yet not settle out? [a
matter of mass and relative charge in a thermally energetic Brownian
environment, "methinks"...high mass/low relative charge = collision with
and adhesion to the glass]
Ken
[snip] I'm sceptical on clear silver if for no other reason than as a
novice I was making what I thought was clear sol;ution onlyu to become
educated and find out I was making a low PPM solution of large, grey
colloids...the cause of agryria. [snip]
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