Re: flipping of earth's poles

On Sep 8, 5:55 pm, herbertglaz...@xxxxxxxxx (G=EMC^2 Glazier) wrote:
Sam sum it up Do it in the lab. Make this current. Easy to liquefy iron
What was wrong with liquifying sodium?
Easy to have an iron ball.that is 5700 F
Sodium melts at 98 C. It was easier to do the experiment with
sodium because it was easy to melt. Of course, mercury has a melting
point of -40 C so it would be much easier to melt. However, sodium is
also much lighter than mercury. Sodium has a specific gravity of about
0.96, while mercury has a specific gravity on or about 13. So it was
much easier to work with sodium than mercury.
Put it all together and you end
up with what they claim is at the Earth's core  (RIGHT)  Its going to
create a magnet so powerful its lines of force will go to the south pole
4,000 miles away.
Building electric generators the size of planets has always
been hard. Making scale models is much easier. However, scale models
often have to be made of different materials than the full scale
object. When investigating radar, navy engineers have to build model
ships that are plated with shiny metal. They use lasers instead of
radio waves for these scale models.
WOW that was so easy. Reality it can't be done,and
that is why its not even tried.
In reality, models of the earth have been built using liquid
sodium. References have been provided. You have never addressed this
issue after reading the articles provided.
 You know it can be done because you do
not think.
No, you do not think. How come you never address the existence of
an actual experiment? You just keep repeating. Laying out the same
pattern of wall paper.
How come when I heat a magnet it no longer has a magnetic
field,and its like poles no longer repel,and opposite poles no longer
attract.
Because the metal has lost the property of ferromagnetism.
That after its back to room temperature it still lost its
magnetisim.
It is ferromagnetic, but the domains are now scrambled.
This is irrelevant to the discussion. Your permanent magnet is
not a liquid metal undergoing turbulence.
Tell me how I can get its domains to again line up,and why??
You can turn it into a permanent magnet once the temperature is low
again.
1) Method 1. Stroke it with another permanent magnet to make it
magnetic again.
2) Wrap it in a tight coil of copper wire and run a strong DC current
through the copper wire. You can use a battery or a frictional
generator to create the electric current. The coil creates a magnetic
field, and the magnetic field lines up the domains.
This will work as long as the temperature is below the Curie
temperature. The loss of ferromagnetism is reversible. Furthermore, a
permanent magnet is NOT needed to generate the initial electric
current.
Reality is at Earth core conditions make for domains going every which
way. (Chaos rules)  
So its domains don't line up. It doesn't need magnetic domains to
line up any more than the copper coil needed magnetic domains to line
up.
Sam do not use the same physics that we have on the
surface of the Earth and what we can only surmise taking place 4.000
miles down.
Yes, we can use the same physics. We can't use the same physical
properties. There is a difference between the laws of physics and the
physical properties.
That is your mistake. I bring good science,you are fudging.
You say liquid iron can conduct an electric current(its a conductor) I
say so what. It still needs that electric current and it can't be made
with a 5700F degree dynamo.
Electric current can be made, even at 5700 F, using friction.
The process that creates current in the center of the earth is a type
of friction. The combination of convection current and earths rotation
creates a type of friction.
Where is the permanent magnet when you comb your hair? When you
get a shock touching a door knob, there is a small magnetic field
generated.
Get the picture   Bert
I have a fairly clear picture. You don't have a picture. You just
memorized one sentence 10 years ago, and have not been able to
assimilate any other picture ever since. You picture domains that line
up, but you can't picture an electric current.

.

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