Brownian motion keeps particles moving but they have some weak repulsive forces as well. Too much motion and they tend to collide with enough force to overcome those weak forces and merge. [Ions have strong repulsive forces but don't like to 'stay' ions beyond some point]
So, if you heat the water too hot while making CS, it gets really likely for it to come out deep yellow at a fairly low PPM...no waiting.
Ode
At 08:29 AM 11/8/2004 -0800, you wrote:
>>>>
This is something I don't understand. How does ppm affect particle size? Is it because with the higher ppm, the particles cling together or what happens?<<<<
Sally
Marshall Dudley <[email protected]> wrote:
No, you should have the better response. The 5 ppm will have smaller
particles and thus more of them.
Marshall
James Allison wrote:
> > A shorter brew time means weaker cs. This defeats the purpose of
> > trying to make strong cs that will kill tough viruses.
>
> I had a quick question, Lets say my friend and I both have the same virus,
> and it has infected us both equally, and both of our immune systems are
> equal as well (my friend must be a clone or something?). Anyhow, if my
> friend takes 2oz of 20ppm CS, and I take a cup (8oz) of 5ppm CS, is my
> friend going to have more success than I at getting rid of the virus?
>
> -James
>
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