Re: CSDilution of CS
It's not just amps. It's amps over a surface area over a period of time. 3 interdependent factors with 2 constantly changing variables and an equation to handle them. Thank goodness for computers. Ode At 04:46 PM 4/25/2012 -0300, you wrote: 2012/4/25 Dan Nave mailto:bhangcha...@gmail.combhangcha...@gmail.com Assuming that your current increases in a linear manner from .040 ma at start to 1.3 ma after 1 hour (avg of .67 ma over 1 hour), and 750ml water volume, the Faraday Calculator shows that you should have a maximum concentration of 3.6 ppm of silver. Not concentrated enough to dilute, barely adequate for use as it is. You should probably run this for another hour to get a higher concentration. OK. Them if one uses amps as a measure of ppm, what is the range of current to produce a good therapeutic solution ? TTS.
Re: CSDilution of CS
2012/4/26 Ode Coyote odecoy...@windstream.net It's not just amps. It's amps over a surface area over a period of time. 3 interdependent factors with 2 constantly changing variables and an equation to handle them. Thank goodness for computers. The color of the solution can be used to estimate ppm. A laser also can offer some indication... Anyway, could you point the site where one can see this equation ? Thanks.
Re: CSDilution of CS
The color of the solution can be used to estimate particle size, not ppm. The saturation of the color can be used to estimate ppm. A laser can provide some information, but since the intensity of the Tyndall varies linearly with the ppm, and to the 4th power with the particle size, particle size has much more influence. For instance in this picture the two glasses on the left side have exactly the same ppm of silver, but the one on the left has larger particles, the one on the right is distilled water. This was produced by adding a small amount of ascorbic acid to the colloidal silver: http://silver-lightning.com/ascorbic-cs.jpg The variation in the color vs particle size is shown at http://silver-lightning.com/cs-color.jpg where the test tubes are light yellow for smaller particles, and go to brown for the largest ones: http://silver-lightning.com/cs-color.jpg In a previous posting on here I gave the absolute sizes for these samples, but don't have it handy right now. The absolute absorption spectrum for different sized silver particles can be viewed at http://silver-lightning.com/cs-curves.jpg As can be seen, each size gives a curve similar to a normal curve until the particles get really big. Remember that the color you see is the complement of the absorbed color, thus if it absorbs blue, you see yellow, and for green you see orange. Marshall On 4/26/2012 9:39 AM, Thomas Soares wrote: 2012/4/26 Ode Coyote odecoy...@windstream.net mailto:odecoy...@windstream.net It's not just amps. It's amps over a surface area over a period of time. 3 interdependent factors with 2 constantly changing variables and an equation to handle them. Thank goodness for computers. The color of the solution can be used to estimate ppm. A laser also can offer some indication... Anyway, could you point the site where one can see this equation ? Thanks.
CStooth problems- can EIS help?
Hello group-- Hoping someone has some words of wisdom for me. I had a white filling replaced in a lower incisor 3-4 weeks ago, and it was fine until a few days ago. I have had a dull toothache for about 3 days, and now the tooth is sore to tap down on. There does not appear to be any abcess-- I am going back to let the dentist check it this afternoon, but I am afraid of what he might suggest. It's possible he will put me on an antibiotic, or could suggest a root canal. I will not have a root canal. However, what is the alternative? Can EIS help with this, and how would I use it in this application? Full of dread... Beth H
Re: CSDilution of CS
Your setup and CS is fine. Just brew for a longer time. Shoot for 15 to 20 ppm. Many people try to brew with a current density under 1 milliamp per square inch of wetted silver electrode. The Faraday Calculator is explained at: http://www.silvermedicine.org/faradaycalculator.html There is a link to download the Xcell file right above the illustration of the spreadsheet. Dan On Wed, Apr 25, 2012 at 2:46 PM, Thomas Soares thomas.tschoe...@gmail.com wrote: 2012/4/25 Dan Nave bhangcha...@gmail.com Assuming that your current increases in a linear manner from .040 ma at start to 1.3 ma after 1 hour (avg of .67 ma over 1 hour), and 750ml water volume, the Faraday Calculator shows that you should have a maximum concentration of 3.6 ppm of silver. Not concentrated enough to dilute, barely adequate for use as it is. You should probably run this for another hour to get a higher concentration. OK. Them if one uses amps as a measure of ppm, what is the range of current to produce a good therapeutic solution ? TTS. -- The Silver List is a moderated forum for discussing Colloidal Silver. Rules and Instructions: http://www.silverlist.org Unsubscribe: mailto:silver-list-requ...@eskimo.com?subject=unsubscribe Archives: http://www.mail-archive.com/silver-list@eskimo.com/maillist.html Off-Topic discussions: mailto:silver-off-topic-l...@eskimo.com List Owner: Mike Devour mailto:mdev...@eskimo.com
