Peter,
How about relativistic red shift of the radiation? I remain
convinced that Naudts posit of relativistic hydrogen is due to the Ni geometry
that suppresses vacuum density placing these
Gas atoms equivalently into inertial frames of fractional C. If the radiation
is initiated inside such an inertial frame then it's wavelength would lengthen
as it translates back to our inertial frame.
Fran
From: Peter Heckert [mailto:[email protected]]
Sent: Thursday, December 01, 2011 2:40 PM
To: Vortex
Subject: EXTERNAL: [Vo]:Lenard tube or X-Ray tube in Rossi/Defkalion device?
Hi,
lets assume this works and it emits gamma radiation.
Gamma thermalization is improbable.
There could be a helper device inside, that produces gamma radiation as a main
product or as a by-product.
This could be
1) A x-ray tube, and the hydrogen is atomized by x-rays.
2) It could be a Lenard tube, that sends accelerated electrons through a thin
foil into the pressurized hydrogen.
What happens, if an accelerated electron, produced by a Lenard tube is shot
into pressurized hydrogen? Could this produce low energy neutrons?
It seems to generate heat, at least at these random positions, where the
electrons hit an atom.
I found by -by accident- an interesting historic article written by Nicola
Tesla:
ON THE HURTFUL ACTIONS OF LENARD AND ROENTGEN TUBES
<http://www.rastko.rs/projekti/tesla/delo/10783><http://www.rastko.rs/projekti/tesla/delo/10783>
where he writes:
"First. There is the thermal effect. The temperature of the electrode or impact
body does not in any way give us an idea of the degree of heat of the
particles, but, if we consider the probable velocities only, they correspond to
temperatures which may be as high as 100,000 degrees centigrade.".
Very interesting to read. He made -as we know today- very dangerous experiments
with those super strong tubes, that he has built.
Peter
