Yes, thank you Mary
________________________________ From: Marshall <mdud...@king-cart.com> To: silver-list@eskimo.com Sent: Wed, September 26, 2012 8:20:45 AM Subject: Re: CS>rebounding. Is this what you are remembering? http://www.mail-archive.com/silver-list@eskimo.com/msg119511.html Marshall On 9/25/2012 7:39 PM, mborg...@att.net wrote: Marshall, >Some time ago someone on this list gave information on a doctor who >advises rebounding but NOT with a mini trampoline. Do you or >someone >else have his name or the article? >Thanks Mary > > > > ________________________________ From: Marshall <mdud...@king-cart.com> >To: silver-list@eskimo.com >Sent: Tue, September 25, 2012 8:06:05 AM >Subject: Re: CS>Heat increasing ppm. > >You can get accurate measurements using a spectrophotometer. That >is what I use when I need accurate data. > >Marshall > >On 9/24/2012 12:25 PM, Lou Kraft wrote: >Yes, I am certain now that it is the conductivity that is >showing on my ppm meter. That being the case, and if most ppm >meters are being calibrated for NaCl (I have read), how do I >get >an accurate Ag ppm assessment of my finished product? Using a >standard TDS meter and the fact that there is a difference in >conductivity between NaCl and Ag, how does the reading (10ppm) > >actually apply for Ag ppm. > >>This prompts the questions - Is there a device (meter or way) >>for measuring ppm Ag. more accurately. >> >>If I am missing the point here with this just let me know. >>It >>just seemed logical. >>Thanks, Lou >> >> >>On Mon, Sep 24, 2012 at 11:57 AM, Marshall >><mdud...@king-cart.com> wrote: >> >>It is impossible for the ppm to change with temperature. >>PPM is a constant, unless you have some settling out, or >>the >>water is evaporating. How are you measuring the ppm? >>Remember conductivity increases significantly with >>temperature, so if you are measuring conductivity you are >>measuring a change in conductivity with temperature. >>> >>>Marshall >>> >>> >>>On 9/22/2012 2:21 PM, Lou Kraft wrote: >>>I have noticed that if I heat my finished CS >>>(microwave >>>or stove) the ppm increases exponentially. An 8ppm >>>solution increased to 16ppm when heated to near boil >>>and >>>returns to 8ppm at room temp. Is this just the >>>separation of large molecules to smaller when >>>stimualted >>>by heat? Lou >>> ________________________________ >>>>No virus found in this message. >>>>Checked by AVG - www.avg.com >>>>Version: 10.0.1427 / Virus Database: 2441/5285 - >>>>Release >>>>Date: 09/22/12 >> >>________________________________ >>No virus found in this message. >>Checked by AVG - www.avg.com >>Version: 10.0.1427 / Virus Database: 2441/5288 - Release >>Date: >>09/23/12 ________________________________ >No virus found in this message. >Checked by AVG - www.avg.com >Version: 10.0.1427 / Virus Database: 2441/5291 - Release Date: 09/25/12
