HIGH QUALITY TPU DVD Video Released from Jack Durban

[IceStorm]

I think the experiment what SM referred to is very easy to do.  He mentioned that kick is which will help to destroy the filament of the electron tube, when it's turned on, and it is commonly know phenomena, which maybe misunderstood.

No , its not that at all , the reason the filament get destroyed overtime its because at FIRST the filament have near 0 Ohm so the amp go to the roof, as it get hotter, the resistance appear and the Amps go down, its like any light bulb, if you measure the resistance with a meter when the filament is cold , you will see no relation with the current consumption, but a 100w light bulb is still a 100w even if the cold filament is 2 ohm, when it get red hot , the resistance will rise and stabilize  at 144 Ohm (for a 120v one). Now you know what mean Inrush Current and why that occur.

Best Regards,
IceStorm

[BEP]

@IceStorm,

Bravo. Don't forget the movement of that filament, while near zero Ohms, in the Earth's magnetic field.

The high inrush current makes-up for the weak magnetic field. There can be a bit of torsion in that filament. 

The difficulty may be stopping that current at the same time the voltage peak is reached. Since current lags voltage, in an inductive circuit, you have a little more time to stop current flow but not much.

[CompuTutor]

This is not the best vid,
but it gets the point across.

There are several better these this for sure.

http://www.visionresearch.com/video/playvideo.cfm?file=filament_vp6_400kbs1.flv&flash=yes
http://www.youtube.com/watch?v=vCwGc50pIzY

[IceStorm]

@IceStorm,

Bravo. Don't forget the movement of that filament, while near zero Ohms, in the Earth's magnetic field.

The high inrush current makes-up for the weak magnetic field. There can be a bit of torsion in that filament. 

The difficulty may be stopping that current at the same time the voltage peak is reached. Since current lags voltage, in an inductive circuit, you have a little more time to stop current flow but not much.

Earth Magnetic field(0.3Gauss-0.6Gauss) or Thermal expansion/deformation

Best Regards,
IceStorm

[zapnic]

@IceStorm,

Bravo. Don't forget the movement of that filament, while near zero Ohms, in the Earth's magnetic field.

The high inrush current makes-up for the weak magnetic field. There can be a bit of torsion in that filament. 

The difficulty may be stopping that current at the same time the voltage peak is reached. Since current lags voltage, in an inductive circuit, you have a little more time to stop current flow but not much.

good stuff
but if someone  makes machine and machine's electron speed of wire is same as speed of light  so then what uranium?
Question:  Exactly how fast do electrons travel?
------------------------------------------------
Answer:  Electrons can have a wide range of speeds.  A slow case: we know that
electrons move when there is a current flow in a wire, but the speed at
which the electrons themselves move in the wire -- the so-called electron
drift velocity -- surprises most people.  For example, for a copper wire of
radius 1 mm carrying a steady current of 10 amps, the drift velocity is
only about 0.024 cm/sec ! On the fast side: the Bohr model of the hydrogen
atom has the (bound) electron zipping around the nucleus at about 2 million
meters/sec.  And on the very fast side, some examples are: beta particles,
which are emitted by some radioactive materials; and the innermost elec-
trons of atoms of elements having large atomic number, such as uranium.  In
these cases the electrons are traveling at very nearly the speed of light.
(about 300 million meters/sec).

vau