> Date: Sat, 2 Jun 2012 07:08:29 -0400
> To: [email protected]
> From: [email protected]
> Subject: RE: CS>Mesosilver
>
> A meter will not detect particles.
> An electron microscope requires a dry sample, and drying ionic silver
> solutions results in silver oxide particles.
> How it's dried determines the dispersion pattern.
> It takes a picture of something that was never in the water, much larger
> than what actually was in the water.
>
> The malvern particle sizer [Frank Key as one] will both give size ranges
> and density readings. It uses a calibrated laser.
>
> Eyeballs have limited resolution but aren't calibrated, so brightness of
> the TE tells a story about total reflective surface, while an inability to
> determine single particles as they are too small for the eyes resolution
> limits to determine, gives a fuzzy velvety appearance to the laser beam.
## This is why I use a meter in conjunction with a laser.The meter allows me to
get repeatable *approximate* values to aim for in the production process, and
the laser strength indicates particle density using visual inspection as some
of those ions form particles. Won't be able to determine the ratio, but that
matters not to me, at least I have *some* idea of the product I've produced,
and that's all I basically need to know.
> Both LVDC and HVAC make the same substance...IONS
> Particles are formed out of ions, later, with many variable environmental
> factors involved.
> Water is one of the biggest variables.
>
> Ode
>
