Akula0083 30 Watt Self Running Generator.

[EMJunkie]

Chris,

I am way too tired to read the pdf.  I will try to do it within the next ten days and respond.  I am in the process of preparing for a business trip and I am very busy right now.

However, note your paper discusses an alleged anomaly.  That like starting a discussion about snowstorms and someone says, "Titan, the moon of Saturn has snow storms but the snow is frozen methane."   Do you get my point?  The discussion is supposed to be about snowstorms on Earth.

I am not interested in any alleged anomalies.  I stated that a normal magnet or a normal coil does not have a Bloch wall and I am challenging you to go on an intellectual voyage of discovery and learning yourself - so that you come back and tell us how you now understand why there are no Bloch walls in magnets and coils.

MileHigh

Hey MileHigh,

If one had time to read, and the will to move forward there are a thousand documents I can share with you. Howard Johnston also proved beyond doubt a Bloch Wall exists.

Therefore I will leave you in the boat, floating, and when you have time to do the study you can read, as I have already done my bit.

All the Best

  Chris

[MileHigh]

Chris,

If you believe that a bar magnet has a Bloch wall that separates it into two halves, the please explain it right here in this thread.  I am serious, please discuss the structure of the bar magnet and it's associated Bloch wall.  I am asking you to delve into it with a moderate amount of detail like you were teaching someone that had no preconceptions one way or the other.

I would be curious to see what you have to say.

MileHigh

P.S.:  I am not doubting if Bloch walls exist or not, I am just discussing if one exists in a bar magnet.  That's what I am asking you to explain.

[EMJunkie]

Chris,

If you believe that a bar magnet has a Bloch wall that separates it into two halves, the please explain it right here in this thread.  I am serious, please discuss the structure of the bar magnet and it's associated Bloch wall.  I am asking you to delve into it with a moderate amount of detail like you were teaching someone that had no preconceptions one way or the other.

I would be curious to see what you have to say.

MileHigh

P.S.:  I am not doubting if Bloch walls exist or not, I am just discussing if one exists in a bar magnet.  That's what I am asking you to explain.

Hey MileHigh,

If you start another separate thread, then I am more than happy to contribute. I am not getting into a debate here as it defeats the purpose of this thread.

Ball is in your court.

All the Best

  Chris

P.S: When you get time, please read my related documents I have posted for you. I am happy to participate after you have read the documents I have supplied you.

P.P.S: If you need a Picture to start the thread, see the attached Picture I have supplied you. Red Arrows Indicate Natural and Induced Bloch Wall. This is just so you can have a visual display of the effect. Magnetic Paper is about $3 on E-Bay if you need to buy some.

[a.king21]

Please correct me if I am wrong, but not all Akula's devices use ferrite cores, some are air cored aren't they?

All the best

  Chris

Akula uses a magnetic core: Russian ingredients:  strontium manufactured hard ferrite:


The million dollar question is: can we replicate with a UK core?

[EMJunkie]

Akula uses a magnetic core: Russian ingredients:  strontium manufactured hard ferrite:


The million dollar question is: can we replicate with a UK core?

Hey A.King21,

Let me put it this way, I don't think it cant be done!

Anything is possible if we try hard enough, all together!

I think it could be beneficial to start small, start with a dirty old recovered Ferrite DC Switch Mode Power Supply transformer, wind the coils like we know how and try to get the best results. Like I say, lets start small, start cheap and see what happens.

Or EBay is Cheap too!

The first goal should be to run a load with no extra input power. Then we can increase turns, Insert Diodes, Change switching or what ever from there.

All the Best

  Chris