Yes you are right Tesla Disruptive Technology - source of RADIANT FREE ENERGY (COLD FIRE) !!
"Physics stands on the strong base of the facts, but not on drift sand of imaginary hypotheses" — E. Rutherford.
Dear Ernest Rutherford's saying arose from difficult research experiences of radioactivity which had gave in the physicist's hands the most exact tool for an atom preparation – α-particles (twice ionized cores of helium He+2
) which were bombarded thin plates of metals and studied paths of α-particles after interaction with a thin plate. Some of α-particles flew away without changing original direction, others deviated on different angles and quite seldom α-particles recoiled from a thin plate as though it was a monolith. It means there was a direct hit in a target core substance . Nearly four years were required to E. Rutherford to discover the atomic nucleus size (3х10-12
cm) and the size of atom which was four orders of magnitude more than the core. Not by tip of a pen or computer simulation, but with long experience, wearisome experiments and observations, E. Rutherford received the major truth. Tesla also !!
Here, the main interaction happens between electrons of an accelerated bundle and metal electrons. Other interactions are four orders magnitude rare and aren't defining. Specified interaction is a sharp braking of electrons of a bundle and a sharp acceleration of electrons of metal. There are practically no other acts.
Two electrons face different speeds. Collision turns out to be elastic, as having the same charges, in case of their approximation at distance equal to diameter of an electron, there is working Coulomb force of repulsion
Fc= e·e / (2·r)2
where е = 1,6 x 10-19
C — an electron charge;
r — electron radius;
2·r — distance between centers attractions of two electron spheres 2· 2,82 x 10-15
m = 5,64 x 10-15
Having these data, we will get Coulomb repulsion force
Fc= (1,6 x 10-19)2
= 2,56 x 10-38
/ 3,18 x 10-29
= 8,04 x 10-10
NSuch is repulsion force between electrons. !!
Now we need define inertial force when braking of an accelerated electron:
m = 9,1 x 10-31
kg is mass of an electron
Ve = electron speed = 0,5 C where C is light velocity 3 x 108
m/s (photon velocity in free space);
dt is braking time.
For determination of dt we need to take a distance of braking electron, equal S = 10·r which passes this distance at average speedf of Vavr = 0,5 · C / 2 = 0,25 · C. C is light velocity.
dt = S / Vavr = 5,64 x 10-14
m / 0,25 C = 7,52 x 10-22
Now find acceleration
a = dV/ dt = (0,5·3 x 108
m/s) / 7,52 x 10-22
s = 0,2 x 1030
And the inertial force acting on an electron will be:
F = m·a = 9,1 x 10-31
kg · 0,2 x 1030
= 1,8 x 10-1
It is a very-very big force. The principal error here is acceleration determination. Let braking of electron going on a section not 10·r but 100·r, then we get
dt = dt = S / Vavr = 5,64 x 10-13
m / 0,25 C = 7,52 x 10-21
Acceleration and all remaining will decrease by factor
F = m·a = 1,8 x 10-2
And only if braking electron happens at distance 107
·r, then braking force is comparable to Coulomb repulsion force, in case of interaction at distance 2·r.
F = m·a = 1,8 x 10-7
And how strong will Coulomb repulsion forces at distance 107
Fc= e·e / (107
Fc= (1,6 x 10-19
= 2,56 x 10-38
· 2,82 x 10-15
= 3,2 x 10-23
Having these data, we get
3,2 x 10-23
N / 1,8 x 10-7
N = 1,8 x 10-16
It is 16 orders of magnitude less. It means that an accelerated electron, having inertial force many orders bigger, will overcome Coulomb repulsion force and with giant force will hit an electron in thin metal plates.
Let now calculate the pressure of this force of F = 1,8x10-7
N on an electron.
If A= (4/3)·π·( 2,82 x 10-15
is area of a big circle of electron (cross-section) = 0,33 x 10-30
then the pressure will be
P = F/A = 1,8 x10-7
N / 0,33 x 10-30
= 5,4 x 1021
= 5,51 x 1017
. (tonne per square metre). 1t = 9806.65 N
Or 5,51 x 1013 t
55,1 billion tonnes per square centimetre.
Such a huge pressure in our macrocosm can't be realized, it is so giant huge.
Now it is easy understanding that the main defining force in the course of generation of X-ray radiation is inertial force of the accelerated electrons for which Coulomb repulsion forces have sixteen order of magnitude smallness.
Electrons of an accelerated bundle of a X-ray tube literally rush into electronic tank of an anti anode, break off its electrons on basic elements and give them a speeds from super luminous till speed of light. On that way X-ray electromagnetic field is created.
As an electron contains two sorts of matter - electrical matter (photons) and magnetic matter (dipole matter), in X-rays these particles are present at corresponding proportions.
So these particles which are beaten out from metal plate electrons in case of their collision at super luminous speeds are main structural particles of electromagnetic fields. These particles having weight, bear forces of fields. They are matter because only the matter can bear a force and their derivations - force fields are simple clusters of these particles in corresponding proportions.So really going this process and Tesla is a master №1 of smashing electroons !