Magnet coil cores, demagnetization power and Lenz delay.

[MileHigh]

Synchro1:

I am not paid to go on this forum.  Nor is Mark.  The whole idea is ridiculous.  I don't even believe that you believe what you are saying.  The rest of your posting is just the same tired old tomfoolery.

You are the instigator and you push enough and once in a while you are going to get some push back.  You have an opportunity to stop right now and you should take it.

Going forward from this point on you can act like a normal person if you really want to.  I mean that on a personal level and on a technical level.

MileHigh

[synchro1]

I need a simple test done: The materials required are a ferrite core and magnets. The instrument, a multi-meter with an Ohms detector. Now, if the Ohms reading across the ferrite changes with a variation in magnetic viscosity, we can carry forward wih an important tool! 

[MarkE]

@Milehigh,

What about all the demeaning and abusive language you've insulted me with? I just copied your style. Both you and MarkE get paid to run rubbish into this forum.

And on what facts do you base that absurd allegation?  Do you realize that when you assert obviously false nonsense that it's your credibility that you hurt?

Then you reverse the blame. Why is it that the two of you have me personally targeted me as a full time occuption? You're the last one to talk about propriety. You act like a savage animal. Everyne knows you're an abomination. You're a Jackal on the veldt and a Cannibal. Stephan wised-up to your two faced routine already. You can just get used to the back flack or hit the road.

My point is that: "Magnets toughen the Weiss Domains and delay re-polarization in the core material".

Is your idea that domains work harden?  If for example I take a rod of 3D8 material and then magnetize to saturation once, how many times must I cyclically take it to saturation in the opposite direction and then to saturation in the first direction before the hysteresis increases by say 10%?

[MarkE]

I need a simple test done: The materials required are a ferrite core and magnets. The instrument, a multi-meter with an Ohms detector. Now, if the Ohms reading across the ferrite changes with a variation in magnetic viscosity, we can carry forward wih an important tool!

Most DMMs will not be able to register the DC resistance across a ferrite core.

[synchro1]

Most DMMs will not be able to register the DC resistance across a ferrite core.

You're just completely full of shit!