Ref : http://escribe.com/health/thesilverlist/m59183.html
RE: CS>ozone machines,,
From: Harvey Norris (view other messages by this author)
Date: Mon, 19 May 2003 23:32:50
> The GREAT expenses here are that large induction coils, employing
> some 40,000 ohms impedance are on either side of the CS cell, but
> with capacities having identical impedances in series, this serves
> to regulate the voltage in such a way as to continually lower it
> to the lowest possible value that the C.L. setting will provide.
Harvey,
I know a bit about resonance, and would like to model your circuit.
Can you supply the following information:
1. What is the inductance of L1 and L2.
2. What is the coil diameter.
3. What is the coil thickness.
4. How many turns of wire are needed.
5. What gauge of wire is used.
6. What is the dc resistance of the coil.
7. What is the value of C1 and C2.
8. What is the circuit Q.
9. What is the input current from the variac.
10. What is the circulating current at resonance.
11. What is the voltage across the tank at resonance.
12. What is the impedance of the colloidal silver cell.
13. How much does the circuit Q change as the ions enter solution.
14. How are you introducing current from the variac.
15. How are you extracting current from the tank.
Let me state my concerns.
You state the reactance of the coil is 40,000 ohms. From the formula
for reactance,
XL = 2 * pi * F * L
Therefore
L = XL / 2 * pi * F
= 40000 / (2 * pi * 60)
= 106.1033 Henries
An 106 Henry air wound coil would be enormous. It would fill a room.
The coil would have very high losses. Without going through the
calculations, I estimate the Q would be less than 1. There would be
no resonance effect.
Your circuit is impossible to create. Given a single resonant tank,
you would have to introduce the current from the variac in series
with the circuit. If you connected the variac in parallel, it would
short out the tank and prevent any resonance.
Since the variac is in series with the tank, the only way you could
obtain a resonance effect would be to take the voltage across the
tank, or in parallel with L1 and C1. However, your description is
the cell is also in series with the tank.
Since you must introduce the current from the variac in series with
the tank, then both tanks must have equal currents that are in
phase. It is impossible to get opposing currents from two tanks as
you claim.
If you could somehow get opposing currents, basic network theory
shows the vector sum is zero. There would be no current through the
cell.
Your grasp of circuit theory is very limited, and your terminology
is not accurate. For example, there is no term called "amperage".
Your circuit is a complete fabrication. It does not exist, and it
cannot be built.
You have been lying to the members of this group. You are a troll.
Your stories might be entertaining to the other members of your
Tesla group, but they have no place here.
I seriously doubt you even have enough knowledge of electronics to
fake the data I requested above.
Best Regards,
Mike Monett
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