STEORN DEMO LIVE & STREAM in Dublin, December 15th, 10 AM

[woopy]

Wow !!

Ossie    thanks for sharing all your fantastic stuff.

Can't wait untill  tomorrow to see what happen to your batterie

good luck

Laurent

[eastcoastwilly]

Hey Ossie,

If you get favorable results would it be possible to create another thread for your motor ?

I am sure alot of the people here trying to figure out the Steorn Motor would re-focus their attention to your work given your openness to share your amazing early results.

Keep up the great work

Will

[PaulLowrance]

I stand corrected. I said the MAGAMP is nanocrystalline, but there are two types of MAGAMP cores, Metglas and Hitachi Finemet. The Metglas MAGAMP is amorphous alloy. The Hitachi Finemet MAGAMP is nanocrystalline alloy. Here's a quote from Metglas -->

Hi Paul,

METGLAS MAGAMP cores are made using Co based amorphous alloy (2714A).
Hitachi Japan, our sister comapany, makes MAGAMP cores using nanocrystalline
alloy.

My COP measurements show that Metglas MAGAMP cores in my "tiny orbo replication" are COP 1.7 to COP 2.5, but have not tried my Finemet cores. If time permits I'll test my Finemet FT-3KM K1208A cores. I don't have the L cores.

http://globalfreeenergy.info/2010/01/19/orbo-replication-cop-measurements-2/

[Jimboot]

@callanan loving your work Ozzie. Shouldn't you have been at a BBQ yesterday instead of working! I see you're still using the fan rotor. Looks amazing. We had a housefull of friends & family yesterday for Australia Day & I showed them my setup - They think I'm a nut I have to go to Jaycar today to pick up some new coils it would seem! Will you be trying your Metglas in this setup?

[gravityblock]

We need to do some serious research in regards to the core material.

The below materials are from Magnetic Metals and need to be researched, http://www.magmet.com/  We need to find out what all of these materials have in common in regards to their B-H Hysteresis Curves.  We figure this out, then I think we're home free.

1)  Superperm49
2)  Superperm80
3)  SuperMalloy
4)  SuperSquare80
5)  Square50
6)  Supermendur

Some of the above materials are square loop, but could have a high pulse permeability with or without reset (according to their site).

Also, Magnetic Metals have nanocrystalline and amorphous cores, http://www.magmet.com/newmaterials.php that could be an equal or better substitute than Metglas or Finemet.

In addition to the above materials, Both the Finemet "H" (the H type is a square loop, but it's a really soft magnetic material and needs to be tested) and "L" cores need to be researched and tested.

Magnetic Metals have a tremendous amount of information on their site.  They appear to be very flexible in the wide range of core properties to meet the customers needs.  Their entire site needs to be looked at.

Research will save us time, money, and frustration.  The list is from a patent in a Solid State Design, and some of the materials on the list won't match the requirements we need to replicate the eOrbo.  Don't let the list above to be overwhelming.  A little research will narrow this list down quickly.  If not, then we may have a lot of choices available to us with the same effect we are looking for.


Thanks,

GB