Oxygen, not clay!

[Guest guest]

Greetings Oxygen Listers!

Funny how I've recently re-joined the oxy-list, having been off the list for

awhile, to talk about oxygen, and I haven't gotten around to it yet! My

apologies to those interested in oxygen rather than mud!

I've been doing a series of rather informal tests ( informal because the

measuring equipment I have is not sophisticated enough! ) with adding

hydrogen peroxide to silver.

I understand that the general consesus among oxygen enthusiasts is that more

stable forms of oxygen are preffered for use in the body than hydogen

peroxide, but I ask that you bear with me, as it is just the powerful and

" explosive " nature of H2O2 that I am trying to harness.

I'm wondering if there are any chemistry enthusiasts on the list, who can

help me understand what is occuring.

For reference:

http://www.silvermedicine.org/h2o2archives.html

The image depicted at the beginning of this page is an example of what

occurs when hydrogen peroxide comes in contact with silver particles. I

would have posted a before image, but it would have just looked like clear

water, as the tyndall effect was too faint to easily capture on camera ( and

my images from the camera just showed a glass of 'water' with no tyndall

effect ).

Now, from discussions with scientists with access to atomic adsorption

spectronomy and other sophisticated measuring devices, I know that hydrogen

peroxide will completely ionize minute silver particles. I've been watching

just such a reaction over the last two weeks.

The problem is, I have a few anomolies that I can't account for.

As silver is ionized, it increases the conductivity of the distilled water,

as measured with something like a PWT meter. This is easily identified and

measureable by using such a meter with silver electrolysis ( utilizing

distilled water ) and taking conductivity readings throughout the process.

However, when 35% H2O2 is added to a product that is roughly 80% ionic, 20%

particulate ( silver content ), I'm showing two things:

A reduction in the conductivity of the solution.

An increase in the PH level.

The biggest problem I am faced with is the minute amounts of nitrogen

contaminating the water from air. I don't have the equipment needed to

re-distill and process the water ( then keep seal on the container ) to pull

out all of the nitrogen, whereby there would only be three significant

elements in the equation: Ag, O and H.

Some believe that the majoritiy of the silver ions are bound with ( OH - ).

Ag + e- + H2O(aq) -----> [Ag(OH-)]+1 + H (gass).. made by an interaction

with water; others believe that it is the hydronium molecule ( H3O) that is

used in the reaction.

And that with a properly made product, the minute silver particles are

clusters of silver atoms with a zeta potential yielding particles with a net

NEGATIVE charge, as apposed to the POSITIVE charge of the ionic silver.

The hydrogen peroxide will not react with the silver ions.

However, the reaction is fantastic with silver particles.

Consider:

Ag- + H2O2(aq) ----- > Ag(OH)+ + ?

Can anyone identify the reaction that would interfere with the conductivity

of the water?

Depending on how much particulate content I have in the silver solution, the

measurements vary by as much as ( .est ) 4 parts per million.

Utilizing an extremely carefully brewed ionic silver with a very low

particulate content, I get the expected rise in conductivity when adding

H2O2, although I need to run a few more batches to verify my latest

measurements.

Comments, suggestions, equations, and or ideas appreciated!

( my apologies for any mistakes in the chemical notations, its been a long

time since I took chemistry in school )

Best Regards,