Steve, -- The mower ignition coil has a lower high voltage output than car engines. I was collecting data on various means to increase this. The unusual modification of upside down old style armature magneto, (not magnetron), allows for positive high volts , but at a lowered level, since they are all type called autotransformer, with 3 terminals. I noticed on the modern Harley motorcycles the ignition coil was different. I purchased one $50, and examined it. The transformer secondary side is not connected to anything. Later, I found out the Briggs dual spark plug engines have either single or dual ignition Magnetrons. I purchased samples of the one with dual cables. One side cylinder fires negative high volts, and the other fires positive high volts. This is the best method to obtain positive only high volts ignition., at highest volts.without loss. One side hooks to ground.
Back in 2008, there was a circuit on Internet called the capacitor70 circuit for several purposes. I had the idea this was incorporated in the set up of 2008 You tube videos called S1R9A9M9 to enhance the process of running mower engine on water to hydrogen and electrified water vapor pressure as polarized molecules repulsion, pushing piston. The Cap70 circuit is similar to a C.D.I with PF capacitors firing separate primary of step up FERRITE TOROID transformer to increase high volts of car/ mower engine. Ferrite can saturate and has to be designed properly. Ignition is very low current flow and low duty cycle, and core should work. This also isolates the grounds of ignition and added power supply. The circuit however allows high volts to go through the low volts full wave rectifier to get to the spark plug. Not a good idea. I suspected circuit was used in the S1R9A9M9 successful video demonstrations. 2 people indicated it worked. I am presently hooking up to try this on parts and UU ferrite core set mounted on wooden board. U cores are easier to wind, and have the same proper full contained flux path., not like open rod core.  500-1000PF , several caps in series with total voltage tolerance and ferrite core 1:3 step up windings. Resonance of L + C high frequency runs secondary side wound with #16 gauge ignition cable. Experimenters have to keep the grounds separate of the Inverter  + ignition, and battery ground. I did a lot of study research before buying parts. Minimum 24KV and pulse peak 7 amps required ,- not average amps.

If i would take two stain tubes, one inside the other with a 2 mm spacing, and putting water in between them, can it all act as a capacitor?


AI Answers:
Yes, the arrangement you describe can act as a capacitor. Here’s how and why it works:

How a Capacitor is Formed
Basic Structure:

A capacitor is composed of two conductive surfaces (plates) separated by an insulating material (dielectric). In your case:

The two stainless steel tubes serve as the conductive plates.

The water between the tubes acts as the dielectric.

Capacitance:

The capacitance of such a system depends on:

The permittivity (
𝜖
ϵ) of the dielectric material (water in this case).

The surface area (
𝐴
A) of the tubes where they face each other.

The distance (
𝑑
d) between the tubes (2 mm in your design).

The capacitance
𝐶
C is calculated as:

𝐶
=
𝜖
𝐴
𝑑
C=
d
ϵA
​
 
Here,
𝜖
=
𝜖
𝑟
𝜖
0
ϵ=ϵ
r
​
 ϵ
0
​
 , where
𝜖
𝑟
ϵ
r
​
  is the relative permittivity of water (about 80 at room temperature) and
𝜖
0
ϵ
0
​
  is the permittivity of free space (
8.854
×
10
−
12
 
F/m
8.854×10
−12
 F/m).

Practical Considerations
Water as a Dielectric:

Pure water is a good insulator and has a high relative permittivity, making it an effective dielectric. However, impurities in water (e.g., salts or minerals) can make it conductive, reducing its effectiveness as a dielectric and potentially causing current leakage.

Leakage and Breakdown:

If the applied voltage is too high, the water may undergo dielectric breakdown, leading to current flow and potentially damaging the system.

The conductivity of the water will affect how well it acts as a dielectric versus a conductor.

Efficiency:

The cylindrical geometry is advantageous because it maximizes the facing area of the electrodes (the surfaces of the tubes), increasing capacitance.

The 2 mm spacing ensures a manageable electric field strength, provided the voltage is not excessive.

Applications
This setup can indeed act as a capacitor and may be used in experiments involving water splitting or high-voltage applications.

In water electrolysis experiments, the capacitance could influence the electrical characteristics of the system, such as resonance behavior.

Safety Note
High-voltage applications with water can be dangerous. Ensure proper insulation and safety precautions are in place to prevent electrical hazards or accidents.

That transformer on the picture with the iron nail in it, looks from my technical knowledge, a low voltage, high Amp setup...

He probably could have made fusion work by following the tech details of John Keely from late 1800's. Resonance phenomena with frequencies and ratios applied, in his 114 work shop inventions. He could make like poles of magnets attract, get 51 inches of mercury on vacuum gauge with hollow sphere, generate 23,000lbs water vapor pressure in 15 seconds, built self running fluid motor using water hammer pulses from 4 way shock valves, created lift effect demonstrations against gravity with vibrations applied, etc. Visitors signed documents as being present during some demonstrations. Reference books available for those not knowing about this research physicist. Also The Snell Manuscript from S.V.P. -- summary of Keely's 3 lab books. The Keely Motor Company Philadelphia 1865-1899.