CS>Floaters in CS
From: Trem (view other messages by this author)
Date: Mon, 18 Oct 2004 09:30:36
http://escribe.com/health/thesilverlist/m74101.html

  > Hi Garnet,

  > I believe the floaters are one atom thick and are floating because
  > of surface  tension  so  it appears like a  lot  but  in actuality
  > isn't. You  may  notice that they disappear when you  pour  the CS
  > into another  container. It's still only silver and  water  in the
  > mix. I  am  unable to make colored CS with  any  of  our automatic
  > generators at  the high setting. I use water we  distill  and also
  > buy commercial  DW to see how the store brands work. It  always is
  > crystal clear  and colorless after production.  As  I've mentioned
  > several times,  we have CS that is well over 3 years  old  with no
  > color change and a minimal drop in conductivity. I even  have some
  > that measures 45 uS which is still colorless.

  > Best regards,

  > Trem

  Trem,

  45uS implies 45 ppm - this is twice the value most people get before
  the cs  starts turning yellow! Do you recall anything  about  how it
  was made? Can you make it again?

  Do you  think  there may be something else in the cs  that  could be
  throwing the Hanna off? Is there a possibility something was  in the
  dw that  didn't  show   up   during   the  brew,  but  increased the
  conductivity and makes the Hanna read high?

  Finally, isn't there a circuit that measures the voltage  across the
  cell and  shuts  the  generator  off  when  it  reaches  the desired
  conductivity? If so, how did the 45 ppm cs make it past  the shutoff
  setting?

  Any info you can give would be much appreciated!

  On the floaters - I get them all the time, but they  don't disappear
  when I pour the cs into another container. They often  break through
  the surface tension and sink to the bottom.

  If I add H2O2, they give off bubbles slowly for days or weeks.  If I
  add some  more H2O2 after they stop, they start again. There  may be
  bubbles that  seem to form from nothing on the side or  bottom. This
  tells me  the reaction of H2O2 on pure silver is  very  slow, unlike
  the reaction with silver oxide, which fizzes and bubbles.

Best Wishes,

Mike Monett


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