Re: CSLyme update

2014-01-08 Thread Guenter Poelz

Dave,
what kind of Wobenzyme you took and how much? I found several different 
on the market. I like to try it.

Guenter

Dave Darrin schrieb:

  For Rod and others interested:
I think it is time I gave an update on my Lyme curing adventure.
It's been over a year since I started the Wobenzyme  and CDS treatment
and I haven't had any indication of Lyme remaining .
It's taking a long time to repair the damage that all these years with
Lyme have caused but the difference is like night to day over the past year.
  If you haven't tried it yet I sincerely hope you do.
Dave




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Re: CSLyme update

2014-01-08 Thread Guenter Poelz

Da Darrin schrieb:

   I didn't know there was more than one. Wobenzyme is a brand name.
Check eBay. thats where I bought mine. A bottle of 800 did the trick.
I took 12 pills at a time.
Dave


On Wed, Jan 8, 2014 at 5:17 AM, Guenter Poelz guenter.po...@gmx.de
mailto:guenter.po...@gmx.de wrote:


Thank you Dave,
I will look at ebay. Here in Europe one sells W.. N, Plus, P, etc, and 
they are all different.

Günter


Dave,
what kind of Wobenzyme you took and how much? I found several
different on the market. I like to try it.
Guenter

Dave Darrin schrieb:

   For Rod and others interested:
I think it is time I gave an update on my Lyme curing adventure.
It's been over a year since I started the Wobenzyme  and CDS
treatment
and I haven't had any indication of Lyme remaining .
It's taking a long time to repair the damage that all these
years with
Lyme have caused but the difference is like night to day over
the past year.
   If you haven't tried it yet I sincerely hope you do.
Dave

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Re: CSstorage question

2010-01-14 Thread Guenter Poelz

Marshall Dudley schrieb:


gallon to use to soak my horse's feet? Should I throw away the
half gallon I have stored in plastic for the last month?
TIA,
Teresa



I have stored CS in hd polyethylene for months and in some cases years
with no dicernable effect. All plastics are not the same, which plastic
have you experienced this problem with?

Marshall



I think it depends on the kind of EIS you make: metallic/ionic.

I make it with the HVAC method.
Some time ago I used very good distilled water such that the electrodes 
pull up a water cone at the beginning. The glass beaker in which I brew 
the CS became slowly a metallic deposit over the months. Also an old 
CocaCola bottle became slowly metallic black.


Now my distilled water is worse. The cones are negligible. I generate 
thus almost only ionic silver. The beakers and the bottles stay clear 
for glass and plastic as well.


I think an ionic silver solution is not very sensitive.

Guenter


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Re: CSstorage question

2010-01-14 Thread Guenter Poelz

Guenter Poelz schrieb:

Marshall Dudley schrieb:


gallon to use to soak my horse's feet? Should I throw away the
half gallon I have stored in plastic for the last month?
TIA,
Teresa



I have stored CS in hd polyethylene for months and in some cases years
with no dicernable effect. All plastics are not the same, which plastic
have you experienced this problem with?

Marshall



I think it depends on the kind of EIS you make: metallic/ionic.

I make it with the HVAC method.
Some time ago I used very good distilled water such that the electrodes
pull up a water cone at the beginning. The glass beaker in which I brew
the CS became slowly a metallic deposit over the months. Also an old
CocaCola bottle became slowly metallic black.


oh, I forgot: the bottle was a plastic one. -- Guenter


Now my distilled water is worse. The cones are negligible. I generate
thus almost only ionic silver. The beakers and the bottles stay clear
for glass and plastic as well.

I think an ionic silver solution is not very sensitive.

Guenter


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Re: CSwhere to buy dmso in Germany

2009-12-20 Thread Guenter Poelz

Several years ago I bought it(Dimethylsulfoxid) from
www.omikron-online.de

Guenter

Golden Aldi schrieb:

My problem is, that I can't get it everywhere, and its pretty expensive
to top. Germany doesn't even sell Epsom Salts! Only in little amounts,
and food grade... and its not cheap for 50 gr. Its tedious to find
things like these over here. I could get them probably in 60 lbs sacks
back home, but not here. First step is always finding the stuff... then
weeding out what you can't afford, or in the case of the epsom salts,
find the right use.

Aldi



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Re: CSRSD(tissue and nerve regeneration)

2007-03-19 Thread Guenter Poelz

Marshall Dudley schrieb:
Silver ions have been proven to cause cells to revert back to stem 
cells, then redifferentiate to the correct cells needed when they are 
injured.  That DOES include the nerve cells going into the injured 
area.  See Robert Becker's book, The Electric Body for more information.


Marshall

This sounds good. But what happens if the nerve cells are not injured 
but just dying?


Guenter



Lisa Shepherd wrote:
I read somewhere that silver is prone to cause some tissues to 
regenerate. Is this true?

Does it have an effect on nerves?

*/Pat pattycake29...@yahoo.com/* wrote:

This info was sent by my daughter:

For RSD (Reflex Sympathetic Dystrophy/ Complex Regional Pain
Syndrome), I think it depends on what the current definition of
RSD is as to if any viral cause can/will be found. In the past,
they've allowed an RSD diagnosis with or without a trauma injury.

Revised criteria has suggested if there is no injury, it's not
RSD. That being said, there have been a whole lot of people being
diagnosed with RSD after more common viral things like Fifth's
Disease (parvovirus). Because a whole lot of viral infections are
never diagnosed and just shrugged off as being overworked or
tired, a whole lot of the cases eventually being diagnosed as RSD
with no known cause may in fact be viral in origin.

At any rate, real physical damage to the nerve has been noted in
all forms of RSD. It certainly wouldn't hurt to take colloidal
silver to perhaps attempt to keep it from spreading if there was
any chance of a viral involvement, but unless it was able to
trigger the nerves to heal themselves, I don't think it would do
much to help.

Pat






 


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Re: CSAnother theory of how zapper works

2003-12-27 Thread Guenter Poelz

Marshall,
according to my information, hydrogen and oxygen are generated in 
electrolysis at the surface of conductors (e.g. metal electrodes). To 
enter the body they have somehow to be injected.


Guenter

Marshall Dudley schrieb:

I have been exploring a number of patents on using a 30 or so khz unipolar
pulses to split water into hydrogen and oxygen (essentially a zapper). This
technique is reported to cause the spitting of the water between the
electrodes, instead of at the electrodes like normal electrolysis, and
bubbles of hydrogen, and oxygen bubble up from the water between the
electrodes at very high efficiency (reported to be over 100% but lets not
get into that).

Now, if this is true, when the water splits, initially H2 and monatomic
oxygen are produced.  Monatomic oxygen will quickly attempt to react with
something, and will end up as either O2 or H2O2.

The result is going to be oxygen and hydrogen peroxide being generated in
many places where it normally would not be, I.E. inside of pathogens. And of
course we all know that H2O2 kills pathogens as well.

I have ordered an old air variable tuner and am going to do some experiments
along this vein.  Perhaps zapping have more than one way it works.

Marshall


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Re: CSReverse voltage, was: Answer to Catherine, warning to Mike Monett...

2003-06-25 Thread Guenter Poelz

Hello,
because the discussion on reverse voltage with batteries is going on, I 
will contribute with drawings. Most of the problems which arose here are 
because its so difficult to explain such things with words only. There 
is no new argument here, only drawings.


- diagram with old battery (B), lamp (L) current (i). Each battery (also 
each generator) has an inner resistance (R) to the current. In new 
batteries R might be negligible. R is drawn separated from the battery 
cells.
The current generates a voltage drop across the resistance. Thus in my 
special layout, the initial 9 Volts drop to an effective battery voltage 
of 5 Volt.


- The 2nd diagram consists of 2 new batteries (R of these is about zero) 
and an old one (with appreciable inner resistance) in series. You easily 
see, if R is high enough and the current is high enough, the voltage 
drop UR could be higher then the cell voltage of 9 Volt in this battery. 
The total voltage of this battery is reversed. The battery will be charged.


Hope this helps,
Günter

Marshall Dudley wrote:

snip ...



David Bearrow wrote:
snip ...


etc.


inline: circuit1.jpg

Re: CS Distilled water

2002-06-17 Thread Guenter Poelz

Hi Larry,
here in Germany, I never saw distilled, or de-ionized water labeled like
that (which doesn't mean that it couldn't exist). Might be, very cheap
brands made with dirty apparatus for use only in steam irons could be
labeled like that (as one is warned in trains not to drink their tap water).
Water made by reverse osmosis is not offered in the shops I visit.
Normally the mentioned warning labels should only be used with really
poisonous stuff.

Guenter

larry tankersley schrieb:
Dear list... does anyone know if this is true. Did you know that
   every bottle of reverse osmosis, distilled, or de-ionized water sold in
   Europe contains a skull and crossbones on the label? Do you know that
   the European label states that these waters are only to be used for
   steam irons and batteries, and not to be given to pets? If Europeans
   won't drink these waters or feed them to their pets, then do you really
   think it's okay for you to drink them? ..
The statement comes from a site that is selling water treatment
   Gizze's. I've posted two folks I know,one in Prague and one in Germany
   and ask them to see if this is true there. If you know someone in 
Europe
   you could ask, or are in Europe and could post back to the list, I 
would

   be most interested to hear from you. Thanks
  
  
  
   larry tankersley; Gainesville,Florida USA
  
  
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Re: CSAnswer how to calculate ppm of CS at home

2001-11-10 Thread Guenter Poelz

hello herx,

your method sounds convincing. But what is with the silver ions which 
are travelling to the cathode, discharged, and deposited there?


Guenter

herx wrote:


Hello list, long time listener, first time caller.

I've read many posts here regarding calculating ppm of CS.  I can help
you figure out the ppm of the CS you're brewing at home, or help you
determine how long you need to brew in order to get any desired ppm.


snip


2. Know the amount of current flowing through your electrodes. You'll
need to have a multimeter with a scale that reads current in increments
of one milliamp or less.

3. Know the amount of time (in minutes) your current flows.

4. Know the volume of distilled water your electrodes are immersed in.





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Re: CSRe:HVAC-LVDC

2000-06-08 Thread Guenter Poelz
Hi, Stephen,
thank you for your reply. Only a few comments still:

Stephen Quinto schrieb:
 
 Hi, Guenther,
 
 First, these micrographs were taken at 100,000x for comparative purposes.
 But we have pics also at 480,000x (the limit of our machine).  There is also
 an optical scope with 8x objective lenses that further magnifies the image
 on the plate, so theoretically we can see 3,840,000x.  But  resolution is
 super difficult since the additional range is an image of an image (like a
 copy of a copy).  However

The resolution of a microscope is limited, roughly spoken, by the
wavelength of the light. (xmin=1.22xlambda/(nxsin(alpha/2); with
xmin=minimal distance, lambda=wavelength, n=refractive index between
object and lens, alpha=opening angle of the light cone between object
and lens).
For an optical microscope this is say 500nm. Magnification by a factor
of 1000 expand 500 nm objects to 0.5mm. Even if you magnify further you
can't reveal details of this image. They are not present.

 
 You're right, the samples are dried first, ie. the water is evaporated
 because the vacuum in the scope must be at least atmosphere x 10 to the -6.
 

The solution of this problem is probably the TEM with frozen objects,
which was mentioned by James Osbourne, Holmes in this thread. I am not
an expert on that.

snip
...

Guenter


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Re: CSRE:Particle size -LV and HV

1999-12-11 Thread Guenter Poelz
Yes, James, I have to be more specific. I hope, I have well understood
your questions.

Strong and weak forces are dealing with nuclear physics. The energies
involved are about a million times higher than in our cases. The time
scales are correspondingly short.
When we look at isolated atoms in our long time scales at atomic
energies, all structures are smeared out. They look spherical.
But an outer electric or magnetic field (artificial fields or field from
neighbored atoms), strong enough to overcome the thermal energy, may
align atoms. They show now that the outer electrons run in specific
orbits (classically spoken). The orbits are often shown in literature in
sketches of the charge densities (The charge density on the orbit is
high, outside it is zero). Some atoms show e.g. pear shaped densities,
symmetric to the center. This means that the orbit is inside this double
pear. You see this can not cause a dipole because of its symmetry. But
it indicates in what direction a dipole can preferentially be induced.
Because the 2 outer orbits in oxygen are inclined by an angle, the atoms
in water molecules are not in one line H-O-H but form a V.

I hope that I have now carefully enough described this picture,
Günter

James Osbourne, Holmes schrieb:
 
 Thanks Guenter!
 
 It still leaves some questions, but definitely sounds like a good start.
 
 Atoms are not always spherical.  Many years back I read a Scientific
 American on monatomic atoms.  Because of the interaction of the weak and
 strong forces, some of them turn into bowling pin shapes.
 
 James Osbourne Holmes
 a...@trail.com
 
 -Original Message-
 From:   Guenter Poelz [SMTP:po...@mail.desy.de]
 Sent:   Thursday, December 09, 1999 12:00 PM
 To: silver-list@eskimo.com
 Subject:Re: CSRE:Particle size -LV and HV
 
 Hello James,
 many thanks for your interest
 James Osbourne, Holmes schrieb:
 
  Hi Guenter,
 
  Thanks for your continuing comments.
 
 Here are my opininions:
 Is the O2 the dipole?  Or the Silver?.
 
 O2 is symmetric. Two oxygen atoms are symmetrically bound to a molecule
 with nobel gas like ends. The bond is strong. This can not be a dipole
 by itself because it is not left-right asymmetric. (Because it is not a
 sphere, it has higher asymmetries. It forms a quadrupole like
   -
 +   +
   -
 but this is not of interest here.)
 All atoms are spherical. Thus they are not intrinsic dipoles. Many
 molecules also don't form dipoles. But if they are inserted into an outer
 electric field, they are polarised: outer elctrons are pulled toward the
 anode and the body is pulled toward the cathode. This is an induced dipole,
 induced by the outer electric field.  The induced dipole moment (the
 strength of the dipole) of O2 will be weak because the electrons are
 strongly bound. But metals give strong induced dipoles, because the outer
 electrons are very weakly attached.
 How does the separate rotation of the ions translate into a
  rotation of the bulk around the arc bars?
 I don't see any electric or magnetic effect which could lead to a circular
 movement. But often such things occur because your setup is not totally
 symmetric (the same with the waterflow in your bath tub). E.g.  the
 suspended electrode is slightly bent or the obstacles in the water are not
 left-right symmetric.
 If it reverses each cycle, what
  is the force which is unbalanced enough to hold the cone up?
 You apply maximum and zero energy to the water during half a cycle. In the
 next cycle again in the same direction etc.. You  will have in average
 (over time) a mean positive (upward) energy applied. This is the mean
 gravitational energy  the water gains. Depending on the resonant properties
 of the water cone, it will oscillate between a maximum and a minimum value.
 The average must be positive.
 
 That's how I see it,
 Gunter
 
  James Osbourne Holmes
  a...@trail.com
 
  -Original Message-
  From: Guenter Poelz [SMTP:po...@mail.desy.de]
  Sent: Wednesday, December 08, 1999 12:17 PM
  To:   silver-list@eskimo.com
  Subject:  Re: CSRE:Particle size -LV and HV
 
  James,
  the global effect is independent from polarity. When the wire is
  positively charged, the  negative end of the dipole is attracted and
  will be directed closer to the wire, the positive is repulsed, is
  further away. During the negative cycle of the wire, the whole thing is
  reversed. During both polarities of the wire the dipoles are attracted
  (because of the different distances of the dipole charges to the wire),
  but the dipoles change permanently their directions.
  Because attraction and repulsion both take place simultaneously, the
  force on a dipole in an unhomogeneous field is weaker as on a singular
  charge (e.g. an ion).
  you see, the dipole is permanently oscillating or rotating in an
  alternating electrical field.
  If there is also a magnetic field, as it is around an electric current,
  there are also forces transverse to that field, which makes

Re: CSRE:Particle size -LV and HV

1999-12-09 Thread Guenter Poelz
Hello James,
many thanks for your interest

James Osbourne, Holmes schrieb:
 
 Hi Guenter,
 
 Thanks for your continuing comments. 

Here are my opininions:

Is the O2 the dipole?  Or the Silver?.  
 
O2 is symmetric. Two oxygen atoms are symmetrically bound to a molecule
with nobel gas like ends. The bond is strong. This can not be a dipole
by itself because it is not left-right asymmetric. (Because it is not a
sphere, it has higher asymmetries. It forms a quadrupole like 
  -
+   +
  -
but this is not of interest here.)
All atoms are spherical. Thus they are not intrinsic dipoles. Many
molecules also don't form dipoles. But if they are inserted into an
outer electric field, they are polarised: outer elctrons are pulled
toward the anode and the body is pulled toward the cathode. This is an
induced dipole, induced by the outer electric field.
The induced dipole moment (the strength of the dipole) of O2 will be
weak because the electrons are strongly bound. But metals give strong
induced dipoles, because the outer electrons are very weakly attached.

How does the separate rotation of the ions translate into a
 rotation of the bulk around the arc bars?   
I don't see any electric or magnetic effect which could lead to a
circular movement. But often such things occur because your setup is not
totally symmetric (the same with the waterflow in your bath tub). E.g.
the suspended electrode is slightly bent or the obstacles in the water
are not left-right symmetric.

If it reverses each cycle, what
 is the force which is unbalanced enough to hold the cone up?
You apply maximum and zero energy to the water during half a cycle. In
the next cycle again in the same direction etc.. You  will have in
average (over time) a mean positive (upward) energy applied. This is the
mean gravitational energy  the water gains. Depending on the resonant
properties of the water cone, it will oscillate between a maximum and a
minimum value. The average must be positive.
That's how I see it,
Günter

 James Osbourne Holmes
 a...@trail.com
 
 -Original Message-
 From:   Guenter Poelz [SMTP:po...@mail.desy.de]
 Sent:   Wednesday, December 08, 1999 12:17 PM
 To: silver-list@eskimo.com
 Subject:Re: CSRE:Particle size -LV and HV
 
 James,
 the global effect is independent from polarity. When the wire is
 positively charged, the  negative end of the dipole is attracted and
 will be directed closer to the wire, the positive is repulsed, is
 further away. During the negative cycle of the wire, the whole thing is
 reversed. During both polarities of the wire the dipoles are attracted
 (because of the different distances of the dipole charges to the wire),
 but the dipoles change permanently their directions.
 Because attraction and repulsion both take place simultaneously, the
 force on a dipole in an unhomogeneous field is weaker as on a singular
 charge (e.g. an ion).
 you see, the dipole is permanently oscillating or rotating in an
 alternating electrical field.
 If there is also a magnetic field, as it is around an electric current,
 there are also forces transverse to that field, which makes the movement
 more complicated.
 
 I hope you can agree,
 Gunter
 
 James Osbourne, Holmes schrieb:
snip..


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Re: CSRE:Particle size -LV and HV

1999-12-08 Thread Guenter Poelz
thanks Ivan that you mention that,
the effect in mind you have is due to the friction in water. It's
improbable that they come back to the wire even if they are not
neutralized. 
If you would not have any friction than you could make a movie and play
it back and forth, it would always comply with physics laws (including
inertia). Without friction, if you reverse the movie it looks like you
just reversed the voltage. 
There is also scattering on the watermolecules which introduces a new
complication.
It's wonderful that this discussion goes on. I have already learned a
lot.
Günter

Ivan Anderson schrieb:
 
 Another thing Guenter,
 
 As the  AC wave form is sinusoidal, when the voltage passes through
 zero to the opposite sign, the attractive force is low but the
 particles having some inertia, drift further from the electrode. This
 and the fact that the solution acts to slow the propagation of the
 energy front (the electrical or electrostatic propagation relies on
 the movement of ions and lags and is slower than the input from the
 electrode) would also help to ensure the escape of the majority of the
 particles.
 Those particles that do find themselves reduced at the electrode may
 well be the first to be oxidised at the next change of phase.
 The reactions at the electrode are very complex and not as straight
 forward as I had previously thought, involving electrode polarisation,
 overpotential and so on... understanding the bulk solution chemistry
 is far more intuitive, I have found.
 
 There is no doubt that HVAC silver sols are ionic, in that the
 particles carry a charge, as can be easily attested by a conductivity
 reading.
 
 Regards - Ivan.
 
 - Original Message -
 From: Guenter Poelz po...@mail.desy.de
 To: silver-list@eskimo.com
 Sent: Wednesday, 8 December 1999 06:26
 Subject: Re: CSRE:Particle size -LV and HV
 
  Hello Fred and James and the others,
  one should not forget that in water one has always also OH- and H+
 ions
  (and with changing concentrations during the process) . Assume an
 Ag+
  has been released from the anode, it may combine for a while with a
 OH-
  forming AgOH and being neutral then. It will not be attracted back
 to
  the electrode in the negative cycle. (Not totally true, see below).
  Another Ag+ -Ion or a AgOH-molecule, or both can bind to it and thus
 may
  form a larger cluster which is less mobile and will therefore also
 not
  reach the electrode in the negative cycle.
  In addition, water dipoles will be attracted by the charged particle
 and
  surrounds it by a water skin (Ivan often has emphasized this). The
  particle stays positively charged, but its mobility is further
 reduced.
 
  Now to the movement of neutral particles:
  If these particles are dipoles (positively charged at one end and
  negatively at the other) they may be attracted by unhomogeneous
 (e.g.
  cone shaped) electrical fields. This is the same mechanism which
 happens
  at HV when the water molecules are attracted to the wire, suspended
  above the water level.
 
  Does this help?
  Günter
 
  Fred schrieb:
  
   James,
  
   I wish I could afford the time to delve into the physics end
   of this but we are branching out into so many areas here
   that it would take years to study/relearn the mechanics of
   crystal formation, molecular energy interactions, etc. Keep
   at it if you can, but I must rely on good old engineering logic
   and observations, to form most of my technical opinions.
   Here are some more:
  
   My statement of  ...no affinity to travel, yet is moved by the
   electrostatic forces, is my opinion that in a fluid the forces
   may be more on the bulk mass then on descrete atoms.
   This is from my observations when we made oil filled HV
   transformers with poor corona design! The insulating oil
   appeared to be boiling, between a sharp HV point and a
   lower voltage surface yet it was rare to see a descrete
   particle (of the ever present fiber lint) moving alone.
  
   Your question of  Is it the loss of an electron?  (YES!)  If so,
   and it picks up the missing electron, and becomes metallic
   silver, and neutral, what forces keep the clumps/atoms apart?
   Got me, but look at the ion cloud from a DC setup and note the
   extremely low mobility of charged particles, which should be
   both pushing apart and also rushing to the other electrode. It
   would appear that the forces involved are weak compared to the
   energy required to travel thru the fluid medium. It is also
 possible
   that the water, which is claimed to form rings of 6 molecules, has
   its own forces to contend with! Those rings or water crystals
 are
   claimed to contribute to its classification as the universal
 solvent,
   having the ability to entrap and separate the solute. How about
 all
   the empowered water tales - left/right spin, magnetized?
  
   Is there a source for HVAC systems you trust? I have a request to
   build a water purification system, including

Re: CSRE:Particle size -LV and HV

1999-12-08 Thread Guenter Poelz
James,
the global effect is independent from polarity. When the wire is
positively charged, the  negative end of the dipole is attracted and
will be directed closer to the wire, the positive is repulsed, is
further away. During the negative cycle of the wire, the whole thing is
reversed. During both polarities of the wire the dipoles are attracted
(because of the different distances of the dipole charges to the wire),
but the dipoles change permanently their directions. 
Because attraction and repulsion both take place simultaneously, the
force on a dipole in an unhomogeneous field is weaker as on a singular
charge (e.g. an ion). 
you see, the dipole is permanently oscillating or rotating in an
alternating electrical field.
If there is also a magnetic field, as it is around an electric current,
there are also forces transverse to that field, which makes the movement
more complicated.

I hope you can agree,
Günter

James Osbourne, Holmes schrieb:
 
 Thanks Guenter,
 
 Why does the cone rise with the alternating current?   What vectors make it 
 spin?
 
 James Osbourne Holmes
 a...@trail.com
 
 -Original Message-
 From:   Guenter Poelz [SMTP:po...@mail.desy.de]
 Sent:   Tuesday, December 07, 1999 10:27 AM
 To: silver-list@eskimo.com
 Subject:Re: CSRE:Particle size -LV and HV
 
 Hello Fred and James and the others,
 one should not forget that in water one has always also OH- and H+ ions
 (and with changing concentrations during the process) . Assume an Ag+
 has been released from the anode, it may combine for a while with a OH-
 forming AgOH and being neutral then. It will not be attracted back to
 the electrode in the negative cycle. (Not totally true, see below).
 Another Ag+ -Ion or a AgOH-molecule, or both can bind to it and thus may
 form a larger cluster which is less mobile and will therefore also not
 reach the electrode in the negative cycle.
 In addition, water dipoles will be attracted by the charged particle and
 surrounds it by a water skin (Ivan often has emphasized this). The
 particle stays positively charged, but its mobility is further reduced.
 
 Now to the movement of neutral particles:
 If these particles are dipoles (positively charged at one end and
 negatively at the other) they may be attracted by unhomogeneous (e.g.
 cone shaped) electrical fields. This is the same mechanism which happens
 at HV when the water molecules are attracted to the wire, suspended
 above the water level.
 
 Does this help?
 Gunter
 
 Fred schrieb:
 
  James,
snip.


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Re: CSRE:Particle size -LV and HV

1999-12-08 Thread Guenter Poelz
thanks Fred for your response.
unfortunately I don't know anything about ZETA potentials. I think I
have read something on this list in the past. There must be experts
around.
Hope you find one,
Günter

Fred schrieb:
 
 Thanks Gunther, for the in depth explaination of possible particle charges,
 you are certainly right in the probable effects to the ion, and it helps 
 explain
 some of the anomolies in HVAC applications. I will digest that, as I am about
 to embark on developmental work for a HVAC based system for two different
 industrial processes.
 
 I must admit,  seeing stability exceeding a year, with the true ionic 
 colloid I
 believe I am making, gives me a warm fuzzy feeling, when I visualize silver
 ions  (lumps, clumps) pushing each other apart.
 
 I asked before, but it may have been missed - Have you seen any data on ZETA
 Potential? I was challanged by someone about the Zeta charge on my particles
 and all I could find was a site selling the equipment - without any reference 
 data!
 He suggested the Zeta should be 60mv and 'most Universities had the test
 equipment'!  Check them out at:  http://www.bic.com
 
 Your feedback would be appreciated!
 
 f...@health2us.com
 
 Hello Fred and James and the others,
 one should not forget that in water one has always also OH- and H+ ions
 (and with changing concentrations during the process) . Assume an Ag+
 has been released from the anode, it may combine for a while with a OH-
 forming AgOH and being neutral then. It will not be attracted back to
 the electrode in the negative cycle. (Not totally true, see below).
 Another Ag+ -Ion or a AgOH-molecule, or both can bind to it and thus may
 form a larger cluster which is less mobile and will therefore also not
 reach the electrode in the negative cycle.
 In addition, water dipoles will be attracted by the charged particle and
 surrounds it by a water skin (Ivan often has emphasized this). The
 particle stays positively charged, but its mobility is further reduced.
 
 Now to the movement of neutral particles:
 If these particles are dipoles (positively charged at one end and
 negatively at the other) they may be attracted by unhomogeneous (e.g.
 cone shaped) electrical fields. This is the same mechanism which happens
 at HV when the water molecules are attracted to the wire, suspended
 above the water level.
 
 Does this help?
 Günter
 
 --
 The silver-list is a moderated forum for discussion of colloidal silver.
 
 To join or quit silver-list or silver-digest send an e-mail message to:
 silver-list-requ...@eskimo.com  -or-  silver-digest-requ...@eskimo.com
 with the word subscribe or unsubscribe in the SUBJECT line.
 
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 Silver-list archive: http://escribe.com/health/thesilverlist/index.html
 List maintainer: Mike Devour mdev...@id.net



Re: CSRE:Particle size -LV and HV

1999-12-07 Thread Guenter Poelz
Hello Fred and James and the others,
one should not forget that in water one has always also OH- and H+ ions
(and with changing concentrations during the process) . Assume an Ag+
has been released from the anode, it may combine for a while with a OH-
forming AgOH and being neutral then. It will not be attracted back to
the electrode in the negative cycle. (Not totally true, see below).
Another Ag+ -Ion or a AgOH-molecule, or both can bind to it and thus may
form a larger cluster which is less mobile and will therefore also not
reach the electrode in the negative cycle. 
In addition, water dipoles will be attracted by the charged particle and
surrounds it by a water skin (Ivan often has emphasized this). The
particle stays positively charged, but its mobility is further reduced.

Now to the movement of neutral particles: 
If these particles are dipoles (positively charged at one end and
negatively at the other) they may be attracted by unhomogeneous (e.g.
cone shaped) electrical fields. This is the same mechanism which happens
at HV when the water molecules are attracted to the wire, suspended
above the water level.

Does this help? 
Günter

Fred schrieb:
 
 James,
 
 I wish I could afford the time to delve into the physics end
 of this but we are branching out into so many areas here
 that it would take years to study/relearn the mechanics of
 crystal formation, molecular energy interactions, etc. Keep
 at it if you can, but I must rely on good old engineering logic
 and observations, to form most of my technical opinions.
 Here are some more:
 
 My statement of  ...no affinity to travel, yet is moved by the
 electrostatic forces, is my opinion that in a fluid the forces
 may be more on the bulk mass then on descrete atoms.
 This is from my observations when we made oil filled HV
 transformers with poor corona design! The insulating oil
 appeared to be boiling, between a sharp HV point and a
 lower voltage surface yet it was rare to see a descrete
 particle (of the ever present fiber lint) moving alone.
 
 Your question of  Is it the loss of an electron?  (YES!)  If so,
 and it picks up the missing electron, and becomes metallic
 silver, and neutral, what forces keep the clumps/atoms apart?
 Got me, but look at the ion cloud from a DC setup and note the
 extremely low mobility of charged particles, which should be
 both pushing apart and also rushing to the other electrode. It
 would appear that the forces involved are weak compared to the
 energy required to travel thru the fluid medium. It is also possible
 that the water, which is claimed to form rings of 6 molecules, has
 its own forces to contend with! Those rings or water crystals are
 claimed to contribute to its classification as the universal solvent,
 having the ability to entrap and separate the solute. How about all
 the empowered water tales - left/right spin, magnetized?
 
 Is there a source for HVAC systems you trust? I have a request to
 build a water purification system, including electrostatic precipitation
 of particulate matter, so will be doing research soon but it helps to
 have a starting point! I have a hard time envisioning an ionic
 charge on the particles, unless the electrostatic forces are so high
 as to keep ions of silver from falling back onto the electrode that
 just released them. If that is so then how can PPM be in the 100's?
 
 By the way, how come NO ONE ever mentions Zeta testers and the
 fact your Cs should have a Zeta of -60mv? Check out www.bic.com
 for limited info (makes the equipment).  Ivan - you have access to one??
 
 I need some rest - questions are like rabbits - they just multiply!
 
 f...@health2us.com
 
 --
 The silver-list is a moderated forum for discussion of colloidal silver.
 
 To join or quit silver-list or silver-digest send an e-mail message to:
 silver-list-requ...@eskimo.com  -or-  silver-digest-requ...@eskimo.com
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 List maintainer: Mike Devour mdev...@id.net



Re: CSCoffee Filters (was Pulsed DC method)

1999-11-01 Thread Guenter Poelz
I am using white paper towels from a roll for the kitchen. From 1 peace
I cut 4 quadrates, each foldet twice to a triangle and put into a glass
funnel. I never had problems. The paper seems clean enough.

Good success,
Günter  

Helena Hsu schrieb:
 
 I have been toying with the idea of filtering my home brew CS through a
 coffee filter.  Question - how *chemically pure* are these coffee
 filters..??  Could these filters contaminate the CS solution or change its
 properties..??
 
 Thanks for your help.
 
 Helena
 
 
 From: Hutt William J (Bill) DLPC hut...@ncsc.navy.mil
 To: silver-list@eskimo.com
 Subject: RE: CSPulsed DC method
 Date: Mon, 25 Oct 1999 10:22:48 -0500
 
 Filtered:   Solution filtered through white
   coffee filters.
   Solution filtered 5 times, using
   different coffee filters each time.
 
 --
 The silver-list is a moderated forum for discussion of colloidal silver.
 
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 silver-list-requ...@eskimo.com  -or-  silver-digest-requ...@eskimo.com
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 List maintainer: Mike Devour mdev...@id.net



Re: CSSolutions Colloids Ions...was CS information needed

1999-09-18 Thread Guenter Poelz
 of the colloid.
How many ions are trapped depends strongly on the formation process (in
our case the current and the voltage). The faster a colloid is formed
(the faster they lump together), the more ions may be caught. This means
stronger repulsion, and thermal motion is not able to let collide and
merge 2 particles, smaller colloids result. 
(Ions left over in the process are transported to the corresponding
electrode and are discharged: H+ travel to the cathode and form hydrogen
gas, OH- travel to the anode and are attached to Ag atoms. Two AgOH will
be transformed to 2 AgO, see above).
The electric field of the particle certainly attracts water dipoles
which form a layer on the surface and helps to prevent a reaction if 2
particles bounce together. Water molecules have a net charge of zero.
They can not neutralize the electric field of the colloid.

Colloids are very loosely bound giant molecules, which contain many
water molecules (like hydrates), and which are very fragile. They are
like a sponge, and this makes them so reactive. A silver spoon has only
one surface, the outer one. But the silver atoms in a colloid can also
be approached (by proteins? by germs?) from the inside. One says that a
colloid has a large inner surface. 
Because of their fragile structure, the thermal motion will permanently
change the shape of the colloid. Water molecules will escape and the
colloid may collapse, the inner surface shrinks. Therefore sols
(colloidal suspensions) of different batches and different age will
certainly behave differently. Colloids are different from bulk material.
They are much more delicate. The inner bonds contain many weak
physical Van-der-Waals-bonds and not only strong chemical
heteropolar or homeopolar bonds. Colloidal solutions age.

What is better, colloids from atomic silver or from silver hydroxide,
small or large particles, young or old, I don't know. There are too many
parameters which are playing a role. This is the  reason I guess, that
CS is not systematically investigated.

More: Lasers to evaporate silver have to be very powerful. Such devices
are much larger then your laser pointer, normally they work in the
ultraviolet and are used to cut metal sheets or are used in surgery, and
are too dangerous for the public.

I hope, my lengthy excursion is still readable and that I have answered
your questions good enough. If I didn't do it properly, please repeat
your questions again or put new ones.

Günter

James Osbourne, Holmes schrieb:
 
 This is incomprehensible in this form.  I am adjusting the formatting and 
 sending it around again.
 
 -Original Message-
 From:   James Osbourne, Holmes [SMTP:a...@trail.com]
 Sent:   Thursday, September 16, 1999 8:45 PM
 To: 'silver-list@eskimo.com'
 Subject:RE: CSSolutions Colloids Ions...was CS information needed
 
 Reply in your text.
 
 -Original Message-
 From:   Guenter Poelz [SMTP:po...@mail.desy.de]
 Sent:   Thursday, September 16, 1999 4:11 AM
 To: silver-list@eskimo.com
 Subject:Re: CSSolutions Colloids Ions...was CS information needed
 
 Guenter:Hello,
 let me contribute with what I have learned in chemistry. Many things
 have been stated already many times in this list. I will try to clarify
 some statements:
 
 Ions and colloidal particles both are charged, but they are different.
 
 - Metallic ions are formed when one or more electrons are stripped from
 the outer surface of the uncharged metallic atom. Such an ion is then
 positively charged. (It is also possible, but much more difficult, to
 attach an ion to a metallic atom to generate a negatively charged ion).
 Ions are also often formed by breaking a molecule into two radicals.
 If the electrons are unevenly divided, one part (with too much
 electrons) becomes a negative ion, the other one (with lacking
 electrons) becomes a positive one.
 Water is an excellent medium to penetrate into salt molecules and breaks
 it into ions (kitchen-salt NaCl is broken into Na+ and Cl-; also water
 itself H2O breaks into H+ and OH- ).
 
 JOH:  Thanks.
 
 G:- Colloidal particles are formed by uncharged atoms or molecules. In the
 formation process they lump together, bound loosely e.g. by water
 bridges, but can fasten the bonds by chemical activity. These giant
 molecules are formed so quickly that H+ or OH- (depending on the kind of
 colloid) are caught and also built into the loose structure and gives
 the colloidal particle its charge.
 
 JOH:  Would you call that a hydrated silver, or is it a different thing  when 
 the
 hydroxyl and the proton are separated?  Do you know where I can learn about
 the geometry of this substance?
 
 If there were not an equal number of both bound into a given group, you
 could have an Ag sol with a negative charge as well as a positive charge.
  That would make some of them stick together?
 
 G:  What does this mean for our CS?
 With low voltage direct current (LVDC) we detach silver ions from the
 silver rod connected

Re: CSCan I build a still?

1999-07-04 Thread Guenter Poelz
Hi Liz,
I think, it is not worth the effort. It is not easy to make distilled
water of high quality. Vapor of water is rather aggressive. It dissolves
ions from your metallic containers and fittings, dissolves organic
compounds from rubber or other hoses etc. It even dissolves ions from
normal glass tubings. How much, it depends on your setup. Therefor the
best distilling devices are build out of Pyrex or even quartz glass.

People here have often listed stores where they normally get good
quality products. Try out the stores in your neighborhood. There is no
guarantee on the quality if the manufacturer does not specify the
content.
Nevertheless good luck,
Günter

 Liz Pavek schrieb:
 
 Is it possible to use a Presto saucepan (small pressure cooker with a
 valve sticking up out of the lid) to distill my own water? What would
 I need for fittings?  I envisioned a high-temp plastic L shaped
 fitting to put over the valve, onto which I could attach tubing
 leading to my storage vessel.  Is this feasible? I'm thinking of Y2K
 here, so it would have to be super-simple.  Thanks for any help.
 
 Liz



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