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Overunity Machines Forum



Selfrunning Free Energy devices up to 5 KW from Tariel Kapanadze

Started by Pirate88179, June 27, 2009, 04:41:28 AM

Previous topic - Next topic

0 Members and 45 Guests are viewing this topic.

Grumage

Quote from: Gidfactor on September 13, 2013, 01:37:44 PM
Have anybody wondered why aluminium is used as secondary and copper magnetic wire at the primary on these pole mounted HV transformers, it makes me wonder what really is a magnetic field.

Question:- does aluminium store electric field or electric charge.

                 Why are capacitors build with aluminium plates but not copper plates.

http://www.youtube.com/watch?v=tUO3o5JTGhQ

Ok the reason is that am working on a new design of what we all called a transformer, that is the reason why am asking these simple questions.

IMO the power companies are using some kind of lenz killing equipments such as their HV transformers.

And am on to something.

Cheers.. 8)

Dear Gidfactor.

I can answer 90% of your questions with a single word.     COST     Aluminium is way far cheaper a material than Copper. It is not quite as good a conductor but it works non the less. You may have noticed that the newer MOT's primary windings are Aluminium with the HV secondary being of Copper, this is only to reduce the production cost!!

Now on another issue regarding the use of Aluminium just have a quick look at this link, http://www.sparkbangbuzz.com/els/borax-el.htm

Now there is an effect worth looking into IMO!! It could be the answer to why different results are seen today that worked back then.

Cheers Grum.

Gidfactor

Thank very much grumage...

I pick this quote from the link you sent me the part that interest me is the Negative Resistive on/of the aluminium.

"Negative Resistance.

I have observed an interesting N type negative resistance effect that happens only when the tip of a very sharp aluminum electrode is just barely touching the top surface of the solution. The curve trace is shown below.
There is a bright but tiny orange glow at the point of contact but I don't believe it is the same phenomena that causes the rectifier glow because in this case, the glow happens when the aluminum is biased negative. With the rectifier, the glow is generated when the aluminum is positively biased.

This generates a lot of rf noise as the large misty area at the right part of the curve suggests. Having done just a little experimenting, I have not yet heard a real clear tone generated from this device but I can hear noise in a nearby am receiver up to the receiver's limit of 30 mhz"

Cheers...

Grumage

Dear Gidfactor and all.

It was this bit that got me thinking.

Quote "This opens up another very fasciniting possibility. A cell with two adjustable aluminum plates (a variable capacitor) might very well be useable as an efficient light dimmer. With varying capacitance, no power is dissipated in the cell when creating a drop in voltage being applied to the lamp. I tried using a cell with two aluminum plates as a light dimmer. By lifting both aluminum plates out of the solution simultaneously, I could dim the 75 watt lamp to any desired brightness. The only problem is that as time goes on, the plates usually continue to form, and the overall maximum capacitance eventually drops to a value too low to supply adequate current to the lamp. "  End quote.

Now what if we replaced the Borax with Barium titanate ?? What I really like is the idea of a really capacitive rectifier. Food for thought??

Cheers Grum.


ariovaldo

Quote from: Grumage on September 13, 2013, 03:30:09 PM
Dear Gidfactor and all.

It was this bit that got me thinking.

Quote "This opens up another very fasciniting possibility. A cell with two adjustable aluminum plates (a variable capacitor) might very well be useable as an efficient light dimmer. With varying capacitance, no power is dissipated in the cell when creating a drop in voltage being applied to the lamp. I tried using a cell with two aluminum plates as a light dimmer. By lifting both aluminum plates out of the solution simultaneously, I could dim the 75 watt lamp to any desired brightness. The only problem is that as time goes on, the plates usually continue to form, and the overall maximum capacitance eventually drops to a value too low to supply adequate current to the lamp. "  End quote.

Now what if we replaced the Borax with Barium titanate ?? What I really like is the idea of a really capacitive rectifier. Food for thought??

Cheers Grum.


Good afternoon Grum !!
So many things to test......
By the way, I already have almost every parts for the project......I'll build the commutator with HUMW, brass, aluminum hub, brushes holders, brushes, dc motor, dc PMW controller and etc...I need to find nichrome wire.




Check the picture...

Grumage

Quote from: ariovaldo on September 13, 2013, 04:44:35 PM

Good afternoon Grum !!
So many things to test......
By the way, I already have almost every parts for the project......I'll build the commutator with HUMW, brass, aluminum hub, brushes holders, brushes, dc motor, dc PMW controller and etc...I need to find nichrome wire.




Check the picture...

Good evening (here) ariovaldo.

Yes so many things to try!! That transformers looking good!!  ;)

Nichrome wire of 40 AWG has a resistance of about 68 Ohms per foot you may need a lot of it??!!

Keep us posted, cheers Grum.