Наудин Ж.-Л. Генератор продольной волны
Подождите немного. Документ загружается.
Above : the electronic diagram of the Soliton Pulses Generator which uses a
PowerMesh
TM
Mosfet IRF840 to drive the Caduceus coil.
The Soliton Pulses Generator is driven with a function generator set to send
squared pulses at 15 KHz DC (50% DTC).
Test results : The Caduceus wound coil excitation with a squared pulse
shows a very interesting event. When the coil is switched o?, a common
strong back EMF pulse (up to 600 V) is recorded and, 15 µs later, a train of
30V (0-peak) and undamped pulses can be detected (see the scope diagram
below). This train of pulses produced by the Caduceus coil can be related to
a Soliton because it is undamped.
Input frequency : 15 KHz (DTC=50%)
Input frequency : 25 KHz (DTC=13.4%)
Some thinkings and hypothesis about the observed phenomenon :
Today, after some tests with the SP-Gen, my main hypothesis is that the
train of Soliton pulses is produced by an avalanche e?ect of the domains
walls in the ferrite core. The strong back EMF pulse initiates the motion of
the Bloch walls which surround the magnetic domains. Then the avalanche
waves of the Bloch walls go back and forth along the ferrite rod as a Soliton
wave which moves back and forth in a long and rectangular tank (lled with
water. The avalanche e?ect of the domains walls is able to produce an
induction with a very weak magnetic (eld, this is the well known Barkhausen
e?ect
6
discovered in 1919 by Heinrich George Barkhausen
7
. The most
interesting fact to study here in this experiment, is that the Barkhausen
jumps seem to move themselves autonomously in the ferrite rod after that
the back EMF pulse which as initiated the process has vanished.
Today, it's still an hypothesis and more tests and deep investigations need
to be conducted to conrm this fact...
See also :
Tests of the EM Soliton pulses through an EM Shield
Some comments from Tom Bearden about this experiment
The Barkhausen E?ect
experiment
New tests are underway, stay tuned...
Reference documents :
1. The Scalar Waves Transmitter by JL Naudin
2. Expérience basique pour produire des « solitons » électromagnétiques
à partir d’une bobine d’induction en Caducée par Jean-Michel Cour
3. What is "soliton"? by Kanehisa Takasaki (Kyoto University)
4. The Soliton home page by the Heriot-Watt University of Edingburgh
5. Propagation of an electromagnetic soliton in a ferromagnetic medium
by V. Veerakumar and M. Daniel
6. The Barhausen E?ect
7. Heinrich Georg Barkhausen
Acknowledgments :
Jean-Michel Cour for the sharing of all his ideas to the group and the building of a
fruitful synergy around the world,
Dave Brockmann (a.k.a. "Dave") and his breakthrough with the dual caduceus
resonance e?ect,
Joe Arnold (a.k.a. "Joe") who has replicated and con(rmed most of the results from
Dave & Jean-Michel,
Ulysses Martins Rezende, who was the (rst proposed the "soliton" hypothesis to
explain the experiment.
For more informations : Jean-Louis Naudin : JNaudin509@aol.com