Tesla's Magnifying Transmitter (amplify electricity)

[Magluvin]

hey Otto

How about Ions?  =]   I havnt heard of that here yet.   


Mags

[onthecuttingedge2005]

if Tesla's Transmitter is giving off Neutrons then there is some serious Gamma Ray energy taking place because it takes Gamma Rays from a High energy electrical spark and or other neutrons to produce such radiation.

Tesla's Transmitter would of been nasty.

    * Fast neutrons have an energy greater than 1 eV, 0.1 MeV or approximately 1 MeV, depending on the definition.
    * Slow neutrons have an energy less than or equal 0.4 eV.
    * Epithermal neutrons have an energy from 0.025 to 1 eV.
    * Hot neutrons have an energy of about 0.2 eV.
    * Thermal neutrons have an energy of about 0.025 eV.
    * Cold neutrons have an energy from 5x10-5 eV to 0.025 eV.
    * Very cold neutrons have an energy from 3x10-7 eV to 5x10-5 eV.
    * Ultra cold neutrons have an energy less than 3x10-7 eV.
    * Continuum region neutrons have an energy from 0.01 MeV to 25 MeV.
    * Resonance region neutrons have an energy from 1 eV to 0.01 MeV.
    * Low energy region neutrons have an energy less than 1 eV.


Hard X-Rays to Gamma Rays interact and knock off Neutrons, I guess everyone is right, it would of been a death ray because you would of died from ex-poser! Neutrons can fly out at nearly the speed of light for 'about' 16 seconds before they decompose to a Proton and an Electron.

I am familiar with +50Kv flyback transformers that I use to play with and they too gave off minute amounts of Gamma- Ray and X-Ray energy and smelly O-Zone. I am also sure that if I had a neutron flux detector there would of been some neutrons in that count.

lower energy neutrons are more deadly because they are slow enough to interact with other forms of matter without passing through you! have you ever heard of the Neutron Bomb? a small 'dirty' H2/H3-Bomb to be more exact.

[Magluvin]

Cuttingedge

Emm  Ions?   =]

Teets link   
http://www.nuenergy.org/theory/ioncell.htm

Mags

[sparks]

otce

    Photon excitation of valence shell electrons into the conduction bands in the presence of a magnetic A can seperate or yield more free electrons than just pulling them out of a heated cathode in a vacuum tube.  If the cathode is a heated gas then the free electron yield is even greater.  Second order ionization energies are decreased and the free electron yield can lead to an electron cascade event.  The largest problem now is what to do with all these free electrons.  Moving them to a capacitor plate seems to me to be a good thing to do with them.   

      mod  Once you stop smelling the ozone is when things get interesting.  You arent working with gases anymore but into the 4th state of matter.  A selfpinching plasma has a life of its own.  Very capable of converting randomized heating events into electrical currents.  The more heat you throw at a magnetically self confining plasma the colder it appears to the enviroment.  Its weird the hotter it gets the colder it looks which is an example of negative entrophy.

[baroutologos]

I have been given much thought to the biffilar coil. I made one from a pvc former, placed upon a shelf and i keep looking it from times to time...

What a biffilar can do?
Tito, you have been advocated a lot about biffilars. You have also gave a youtube video. Can you propose a simple experiment with biffilars to get an understanding of it?