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Author Topic: RedOx reactions and Zero Point Energy  (Read 2411 times)
Group: Experimentalist
Hero Member
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Posts: 1999
Didn't know. thanks.
But if my electrolytic capacitor has standing without power supply during three years ?

I think the reason is as follows: a chemical capacitor must be polarized. If it isn't, it remains what it is: 2 electrodes in an electrolyte, so a potential battery with redox reactions.


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"Open your mind, but not like a trash bin"
   

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Posts: 207


Russian secret methods for producing magnetic fluid from simple components:
https://www.youtube.com/watch?v=lhZxJzW5jrg
https://youtu.be/yr3iXa3ciSU?t=522
What is the magnetic permeability of magnetic fluids?
What if we made a transformer core from magnetic fluid?
   
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Posts: 44
What is the magnetic permeability of magnetic fluids?
What if we made a transformer core from magnetic fluid?

I assume that the magnetic properties of the magnetic fluid are bad. The magnetic fluid  is needed not for transformers core, but for the integration of magnetic properties into cavity structures.
   
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Posts: 44
About the interface between on-demand hydrogen and an electrical current source.
Interesting patents, on a different topic, but may be useful.

JP2006185638A Battery

Quote
Reference Example 1:
 Preparation of H-type zeolite
 Clinoptiolite [Na 6 (Al 6 Si 10 O 72 ) · 24H 2 O] having a specific surface area of 18.0 m 2 / g was used as a raw material zeolite. This was immersed in a 5% saline solution for 60 minutes and then immersed in a 10% aqueous solution of citric acid for 60 minutes. The product was washed with water and dried to obtain H-type zeolite.

Reference Example 2:
 Production of Electrolytic Solution
The liquid of the present invention was produced using the apparatus shown in FIG.
1100 g of calcium hydroxide was charged into the container 10, and 10 liters of water and 2500 g of phosphoric acid were charged into the container 20. Both were mixed and supplied to the container 30. The contents in the container 30 were stirred at room temperature for 0.5 hours to be reacted. Thereafter, the contents of the container 30 were transferred to the container 40. The contents of the container 40 were supplied to the electrolysis unit 50 charged with 10 kg of H-type zeolite, and the effluent from the container 50 was returned to the container 40 and circulated. The voltage in the electrolysis unit was 18V and the current was 10A. The circulation was terminated when the current reached 20A. The product was filtered to obtain an electrolytic solution.

Example 3

The motor was run again for 80 minutes and charged for 15 minutes. Furthermore, when the motor was operated for 3 hours, the voltage dropped to 1.69V. When the load was stopped and the change in voltage was measured, the following results were obtained.

Time (minutes) 2 10 16
Voltage 1.7 1.73 1.75

It was confirmed that the voltage recovered by leaving the battery unattended.

JP2008270001A  Composition having electromotive force and power source unit such as power source cell

Quote
When the above cells were regarded as one cell and five cells were connected in series, a power supply unit showing a current of 5 to 6 V and 100 mA was obtained.
When this power supply unit was connected to a white LED of 30 mA, 4.5 V, the lighting time lasted for about 200 hours.

After the power was consumed and the lighting was stopped, the water absorbent sheet was absorbed with water of about 20%. The light was then turned on again and the lighting time lasted for about 100 hours.
Re-lighting with hydration was realized repeatedly.

Composition having electromotive force and power source unit such as power source cell or the like and manufacturing method of the same
...
  In the power cell of the present invention, a sheet of paper or cloth having ion exchange ability is used between the anode member and the cathode member, and the water absorbing member is placed in a desired position in the cell between the anode member and the cathode member. Since the electric power generated by the chemical reaction is consumed and the necessary electric energy is insufficient, a small amount of water is supplied to the water absorbing member between the anode member and the cathode member. By humidifying the moisture to about 20%, the absorbed moisture is electrolyzed into hydrogen ions and hydroxide ions by energization of the anode member and the cathode member, and the hydroxide ions gather at the anode member to generate a new electromotive force. Therefore, the power source cell is self-charged without requiring an external current, and the electromotive force is self-regenerated only by supplying a small amount of water.

   

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Therefore, the power source cell is self-charged without requiring an external current, and the electromotive force is self-regenerated only by supplying a small amount of water.
   
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