Everything that comes in contact with another material tries to become electrically neutral, so if one substance has more electrons it will pass them on to the other. This electrical flow will cause decomposition at the point of contact. It is referred to as dissimilar material corrosion because things like rust appear if one or both of the materials is capable of corrosion.
That os why on aircraft for instance, materials are coated with a material like zinc to inhibit this from occurring. If not coated one or both of the materials would rot thus weakening the airframe because aircraft produce a lot of static when airborne due to the passage of air over it. Alan On 2014-02-27, at 21:31 PM, Neville wrote: OK, with a little further research and tapping into the memory cells I finally see the bigger picture. We have electricity and naturally occurring compounds in our bodies, so for simplicity sake that pretty much sums it up regarding moisture and ion exchange. Thank You N. Date: Thu, 27 Feb 2014 07:55:14 -0500 To: [email protected] From: [email protected] Subject: RE: CS>ion-exchange compound? Electrolysis and battery effect are all about transporting electrons in a liquid where there are no 'free' electrons, unlike what goes on in a wired circuit., but with the same result It's an electro-chemical compounds circuit and all of chemistry can be stated in terms of plus and minus electronic potentials. It can be VERY complicated in detail even if the general idea is sort of like carrying baskets of electron sponges around, soaking them up here and squeezing them dry there, into a dryer sponge of another color . Ode At 09:53 AM 2/27/2014 +1100, you wrote: Ah, so it is basically nothing more complicated than that really? It's simply the wound moisture acting as the electrolyte which breaks apart those ion clusters {particles} initiating the release of Ag+ ions again...Yes/No? Similar if the product is ingested, only this time the internal body fluids or moisture act as the electrolyte which results in the same breaking down of those 'particles' thus releasing the Ag+ ions...Yes/No? And *that* is what they refer to as the 'compound' part, simply the blood or body fluids creating a compound due to the 'electrolytic' aspect as that electrolyte interacts and initiates or releases those Ag+ ions from the particle structure...Yes/No? N. Date: Wed, 26 Feb 2014 06:53:46 -0500 To: [email protected] From: [email protected] Subject: Re: CS>ion-exchange compound? One ion exchange method [vs compound] is used by bandaids brands silver bandaid. A layer of silver woven fabric, an inert layer of fabric with an aluminum woven layer on the other side. The body fluids of a wound act as an electrolyte triggering a battery cell effect where silver ions head towards the aluminum making a small EIS generator. Silver sulpatimide Ode At 02:52 PM 2/26/2014 +1100, you wrote: Below is an extract which mentions, quote "ion-exchange compounds" end quote. What constitutes an 'ion-exchange compound' in relation to *only* Ag+ ions dispersed in Distilled Water? Does simply Ag+ ions dispersed in DW by the LVDC electrolysis method constitute a compound in this instance? Or does it refer to something else added to the water? I'm not interested in the 'salts' part, only the 'ion-exchange compound' part. Extract: "Many types of silver dressings are treated with silver ions either in the form of silver salts or silver ion-exchange compounds. For these types of treatments, silver release requires moisture or moisture plus ions to solubilize and facilitate release of Ag+ ." N. <339d8a0.jpg> This email is free from viruses and malware because avast! Antivirus protection is active. This email is free from viruses and malware because avast! Antivirus protection is active.
