Ref: http://escribe.com/health/thesilverlist/m59025.html
> Mike,
> Why do you have such nice test equipment and use a cheap, run down
> battery? By the way, you do good work.
> Andy (^_^)
That's funny:) Thanks, Andy!
Best Regards,
Mike Monett
--
The silver-list is a moderated forum for
Mike,
Why do you have such nice test equipment and use a cheap, run down battery?
By the way, you do good work.
Andy (^_^)
> Hi Mike,
> Thank you for your mail.
> Would the ULV method you are trialing be feasible with larger
> batches, just taking a longer time?
I'm pretty sure the key is to keep the current density low, and
provide a means to stabilize the current. It also seems to work best
w
Ref: http://escribe.com/health/thesilverlist/m58999.html
> Re: CS>Silver Generation with ULVDC
> From: Robert Berger
> Date: Thu, 15 May 2003 14:04:20
> Mike,
> Do "Ole Bob" a favor! Please report your data as time in hours and
> decimals, and drop a
Mike,
Do "Ole Bob" a favor! Please report your data as time in hours and decimals,
and drop all of the other numbers except voltage and current.
PLEASE PLEASE, I takes too much effort to plot!!!
Thanks,
"Ole Bob"
--
The silver-list is a moderated forum for discussion of colloidal silver.
Ref: http://escribe.com/health/thesilverlist/m58997.html
Aghh! I picked the wrong stop time for the 1.4 mA run.
I will have to redo the Coloumb caculations. This will not change the
conclusions, but I will repost the new calculations later.
Bad Mike. Bad Mike. Go sit in the corner.
Best Re
To List:
Here is the result of a comparison between the UVL process and a
1.4 mA resistive-limited constant current source.
THE EFFECT OF CURRENT ON COLLOIDAL SILVER
-
Two runs were made under identical conditions. One run was made with
the UVL pro
To List:
A number of very nice people have contacted me privately on making cs
with the ULV process. While I am happy to help, and pleased that they are
interested, a lot of the information might be useful to others.
Later, I will edit and post the emails I have received so far. I have
permiss
> http://escribe.com/health/thesilverlist/m58898.html
> Re: CS>Silver Generation with ULVDC
> From: Mike Monett
> Date: Tue, 13 May 2003 10:15:35
> Here are the results of last night's run with the ULV process.
Sorry, I am used to typing "mA" from the prev
Here are the results of last night's run with the ULV process.
These are the system parameters:
The rods are 12 ga with 0.9 sq. in. wetted area. The ends are formed
into a small "J" to provide clearance to the bottom of the glass. A
22k resistor is in series with the positive terminal.
> Ken
Hi Ken,
You are right. The cloud has to be particles. But how do they form?
###Agglomeration [inertial collisions] and crystalization out of
saturated solution. The solution is MORE saturated right near the electrodes.
It's not clear if the crystal or agglomerated parti
Here is the result of this morning's run:
Mon May 12, 2003, 09:04:56 am 4.374V 180uA
Mon May 12, 2003, 12:05:01 pm 3.024V 240uA
Mon May 12, 2003, 12:44:32 pm 2.811V 250uA
Mon May 12, 2003, 01:15:55 pm 2.517V 263uA
Mon May 12, 2003, 03:45:39 pm 2.013V 285Ua <-- very small whisker on catho
Sorry, I goofed. I just said:
> The initial conductance of distilled water is not constant with
> applied voltage. It increases as applied voltage increases, which
> is why everyone uses the highest voltage they can get without
> destroying their current regulator.
Sorry, I sho
> Re: CS>Silver Generation with ULVDC
> From: Ode Coyote
> Date: Mon, 12 May 2003 05:01:53
> The term "ion cloud" has the quotation marks because that's the
> common language used.
> Actually, it's a particle cloud.
> Ions are too small
o updates to my previous post with a bit more
information.
> Re: CS>Silver Generation with ULVDC
> From: Mike Monett
> Date: Sat, 10 May 2003 10:13:34
[...]
> and we can observe silver oxide forming at the cathode and
> streaming away in a mist.
Actually, th
> Re: CS>Silver Generation with ULVDC
> From: Robert Berger
> Date: Sat, 10 May 2003 06:52:52
> Mike,
> It thrills me that you have made this breark through. Keep
> looking!
> The cathode can be a single rod of #14 of ANY metal. It is only
> th
Hi, Dave. Here are two updates to my previous post with a bit more
information.
> Re: CS>Silver Generation with ULVDC
> From: Mike Monett
> Date: Sat, 10 May 2003 10:13:34
[...]
> and we can observe silver oxide forming at the cathode and
> stream
> Re: CS>Silver Generation with ULVDC
> From: David Bearrow
> Date: Sat, 10 May 2003 07:51:12
> I was taught in college (way back so its become confused) that
> electrons flow from negative to positive. Which knowing that I
> would have guessed that the si
I was taught in college (way back so its become confused) that electrons
flow from negative to positive. Which knowing that I would have guessed
that the silver would plate onto anode off of the cathode. Can anyone
explain their theory why this is not so?
At 08:52 AM 5/10/03, you wrote:
Mike,
Mike,
It thrills me that you have made this breark through. Keep looking!
The cathode can be a single rod of #14 of ANY metal. It is only the surface
area of the anode that is effective. For the cathode I use a 3/64" piece of
brazing rod. It silver plates in a very short time.
"Ole Bob"
--
Hi Robert,
This is amazing! The strongest cs I have ever made is still clear!
After several hours it seems to have turned the slightest shade of
straw, but then it stopped. If you hold it up to the light, it is
crystal clear. There is no sign of plate-out whatsoever.
The key seems to use lar
> Re: CS>Silver Generation with ULVDC
> From: Robert Berger
> Date: Fri, 9 May 2003 08:43:45
> Hi Mike,
> A very good report!!
> The oxidation potential for water is 1.228 volts. If you stay
> below this voltage there will never be any oxides or p
Hi Mike,
A very good report!!
The oxidation potential for water is 1.228 volts. If you stay below this
voltage there will never be any oxides or peroxides formed. The electrodes
will stay clean.
"Ole Bob"
--
The silver-list is a moderated forum for discussion of colloidal silver.
Instructio
Silver Generation with ULVDC
As you may know, I have been working on high-voltage cs generators
using series resistors to stabilize the current:
http://www3.sympatico.ca/add.automation/misc/130vdc.htm
However, all my efforts still result in the colloidal silver turning
gold and pla
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