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Stanley Meyer Czech Research pdf
« on: August 01, 2016, 00:25:35 am »
Stanley Meyer Czech Research  62 page pdf
check out pp 39 and 40  frequency 15915,5 and chart
 http://www1.fs.cvut.cz/stretech/2011/sbornik/110.pdf

led values page 54,
see partial translation in later reply
« Last Edit: August 06, 2016, 22:19:46 pm by jim miller »

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Re: Stanley Meyer Czech Research pdf
« Reply #1 on: August 01, 2016, 15:36:16 pm »
Thank you for your input. Stanley Meyer spent over 20 years working on various devices. The backyard hobbyists have many goals and agendas.
Some want to improve gas mileage and others like setting off HHO balloons.  For those of a more scientific bent, the construction of various devices
 depends upon electronics training, mechanical skills and the financial resources and time that a person is willing to devote to a hobby.

The formal training that many scientists hopefully gives them the primary knowledge of their subject material
and also the procedures and methodology for scientific inquiry.Some of the most productive and brilliant
inventors of the last 100 years, such as Tesla and Edison, thought outside the box of the science of their time but
kept meticulous records of their experiments.

The internet has made access to information and resources that inventors of yesteryear did not have. The informational
 flood needs to be distilled to its essence.  Because inventors build and make improvements on pre-existing devices, a wise
inventor-hobbyist needs to define the goal, gather the information and listen to good advice regarding methodology.

Even with the simplest tubular array, questions such as the effects of varying temperature, pressure, magnetic and
scalar fields, wave form voltage potential, amperage are not completely understood. Proper design of the experiment is paramount 

The terminology that Stan Meyer used is at times, confusing, imprecise and possibly of an obfuscating nature. Keith Hindley has commented
on this problem of translation of" inventorese" jargon into standard scientific terminology

But one needs to be careful not to assume that there is only one way to approach a problem. I am glad that the backyard mechanics come up with
innovative solutions to materials used and while what they arrive at may not work, even a million monkeys typing will eventually type a meaningful
three letter word.(No sleight intended) Random trials do eventually discover a solution. Edison tried hundreds of filaments before succeeding
in developing an incandescent light bulb  but careful records allow for the elimination of scientific paths that can waste time and resources.

I do not have a working knowledge of Czech but came across the article in a search of some of the more recent European articles and publications
 for some upcoming books. It appeared to be fairly lengthy and well prepared.  Thanks for your insights into their research.


 
« Last Edit: August 01, 2016, 16:23:09 pm by jim miller »

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Re: Stanley Meyer Czech Research pdf
« Reply #2 on: August 02, 2016, 23:54:12 pm »
Hello to all with no exception.

My big question today for you all is what you understand by the "Dual in-line RLC"...

Thank for you all who wants to discuss it seriously.

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Re: Stanley Meyer Czech Research pdf
« Reply #3 on: August 03, 2016, 03:37:38 am »
Example 1
Circuit Example 2 of the sketch (further clarification parts of the circuit
provided above), two concentric cylinders 4inch long-faced water
capacitor "fuel cell" with a volume of water. The outer cylinder had an outer
0,75inch diameter, the inner cylinder had an external diameter 0,5inch. Gap
between the outer and the inner cylinder was 0,0625inch. Resonance
the periphery value is reached when the input voltage of 26V pulsating
10 kHz frequency to the primary coil, and the water molecules to decompose
elemental gases hydrogen and oxygen gases released from the "fuel
cell "of a composite of a mixture of hydrogen and oxygen from water molecules and gases
previously dissolved in water, such as atmospheric gases oxygen,
nitrogen and argon.
When reaching resonance in either circuit, the current flow is minimized, and the voltage
maximum and at peak times. Calculate the resonant frequency of the overall circuit is determined from
known formulas, different cavities having different resonance frequencies depending on the parameters
Water dielectrics, the size of the sheets, and a setting distance, coils, and the like. Management
production of "fuel gas" is determined by the period between a series of pulses, pulse amplitude,
capacitor plate size and layout, with a corresponding value of the other components
in the circuit.
Friction arm second coil tuned circuit and satisfies the impurities in the water so that the charge is
always applied to the capacitor. The applied voltage determines the speed of its molecules roztrţení
basic elements. When water is consumed in the cell is re-added to a suitable control
system.
 So in the first instance, which is a useful self, it is produced by "fuel gas mixture"
which commonly contains components elemental hydrogen and oxygen as well as predisolved
atmospheric gases such as nitrogen, argon, etc .. "fuel gas" placing or burns.
- 20 -
Theoretical and experimental VERIFICATION
PATENT Stanley Meyer
After the first stage in the removal of electrons with atoms of gas stretch, since they are
atoms are ionized. Laser, or light energy of a predetermined frequency is added to the vessel and
ongoing "gas ionization process". The light energy absorbed by voltage stimulated nuclei of
Gas is still causing further destabilization of gas ions. The absorbed light energy causes that
core gas will increase your energy level, which will cause the electrons to jump through the order
the far electron orbitals.
Electrically charged ions and laser-irradiated combustible gas from "gas rezonant cavity"
They may be directed to the "optical thermal lens" to ignite. However, before entering the
"Optical thermal lens", electrons are odtrţeny of ion and atom is destabilized.
Destabilized gas ions, which are electrically and physically impaired, atoms with high
aroused cores are compressed during zaţehnutého ignition. Disrupted, destabilized
atomic components thermally interact; energized and unstable hydrogen nucleus collide
highly excited by an unstable nucleus and oxygen, inducing and producing heat
explosive energy (gas burning). Components of the ambient air in the initial mixture helps manage
"Thermal explosive" process.
In this process, it reached the point of optimal energy yield, just then when
oxygen atoms devoid of electrons (having less electrons than in the normal state) appends
and electron capture hydrogen before or during thermal combustion of hydrogen / oxygen
mixture. Atomic decay results from the release of energy.
After the first stage, is a mixture of "gas mixture" subjected to a pulsating, polar
electric field, electrons are jímţ gas atoms "inflated" in their orbital fields
because of their exposure to electrical polar forces. Applied polar pulsating frequency
It is such that the pulsating electric field induces a resonance with respect to an electron gas atom.
Consequences of a cascade effect and the energy level of specific resonating electron grows
in cascade, jump steps.
Further, the gas atoms are ionized and exposed to electromagnetic energy, having
a predetermined frequency to bring about a further resonance in the ion, in Nicht was on a gradual increases
energy level. Electrons are extracted from the resonating ions while such ions
in one excited energetic state destabilization configuration atomic electrons ions, and "gas
Mixture "destabilized ions is thermally ignited.
In the apparatus shown in Sketch 4, water is introduced into the inlet 1 into the first stage
"Water fracturing module" 2, as in "water fuel cell" described above, in which
distribution of molecules of hydrogen, oxygen and released gaseous components. The released atomic gases and
- 21 -
Theoretical and experimental VERIFICATION
PATENT Stanley Meyer
Other gaseous components in advance dissolved in water may be introduced into the next stage
3 one or more "resonant cavities" that are arranged in series or parallel. Then
excite the gas atoms provides a cascading effect, the subsequent increase in the level of stress
stimulation released gases, as subsequently passes through the "cavities" 2, 3, etc. In the last stage,
Injection System 4, the assembly shown in sketch 5A and 5B, obdrţuje excited atomic and
gaseous particles, where the particles are subjected to further energy input, electric extraction, and
thermal stimulation jejímţ resulting thermal energy explosive 5 which can be controlled via
"Lens assembly" of the type shown in the sketch 5C to provide controllable
heat output.
Individual cells or batteries these cells, one that is shown in the sketch 3
It provides a source of "fuel gas" for grades after the first stage. "Fuel gas" is activated
electromagnetic radiation, and electrically charged ions of hydrogen and oxygen (opposite polarity) are
excluded from cascaded cells 2, 3, etc. as shown in the sketch 4. The circuit of sketch 9
It can also be used as a source of energy for the ionization gases. Cascade effect gradually increases
voltage stimulation level of the released gases, Jente are directed to the final "injector
assembly "4." injector assembly "gas ions are stimulated to even greater energy
level. The gases are continuously exposed to a pulsating laser or other source
electromagnetic energy, together with the oscillating voltage field of high intensity, which is
inside the cell, between the conductive plates (electrodes) opposite electrical polarity.
A preferred construction material for the plates is a stainless steel T-304 which chemically is
unreactive with water, oxygen and hydrogen. It is necessary an electrically conductive material which is inert
to liquid medium, for the construction of metal plate, through whose electric field passes through the gas
with aroused particles. Gas ions of opposite electrical charges reach and maintains the state
critical energy level. Gas ions are oppositely electrically charged and exposed
the oscillating electric field of opposite polarity and are exposed to a source pulsing Tet
electromagnetic energy. Immediately after achieving critical energy, the excited ions
the gas subjected to high temperature thermal zone in the injection cell 4 which brings energized
gas ions into a state of combustion. Burning gas causes the atomic decay, releasing the thermal
energy, 5, with explosive force.
Once the process is started, the output of thermal explosive energy is controllable attenuation
operating parameters. Referring to Sketch 6A, for example, when the detected frequency
Resonance, changing the applied voltage to a pulsating start "water fuel cell" group 2, 3,
changing considerably the output of thermal energy. By changing the pulse shape and / or amplitude or sequence
- 22 -
Theoretical and experimental VERIFICATION
PATENT Stanley Meyer
pulse source of electromagnetic radiation is modulated and output. frequency attenuation
voltage field likewise affects output of this stage apparatus. Each device
checking It can be used separately, association groups, or systematically arranged
sequential manner.
Complete system in accordance with existing applications and includes "water fuel cell" for
providing a first "fuel gas mixture" consisting of at least a portion of hydrogen and oxygen.
The electric circuit of the type shown in the sketch 7 provides a pulsating, polar electric field
"Gas mixture", as shown in the sketch 6A in him are the electrons of the atoms of gas away
in their orbital due to their exposure to electrical polar forces, changing from the state
illustrated on the sketch to sketch 6B 6C, on a frequency that causes that throbbing
electric field induces a resonance with respect to electrons in the gas. energy level
resonant electrons is thereby increased in cascading, incremental steps. Furthermore USE
electric field to ionize atoms of said gas, and a source of electromagnetic energy
exposure to the gas atoms to electromagnetic energy of a predetermined frequency to bring about more
electron resonance in the ion, in him is gradually increased energy level (additional
item instrument is shown in the sketch 6D).
The steam trap electrons, which can be in the form of screens is shown in the sketch 8A. It is designed to
extracting further electrons from the resonating ions while such ions are in an increased
energy level and destabilized electron configurations. extracting electrons
Drainage is arranged using pulsating electrical field "rezonant cavity" that
produces circuit sketch 7, connected through a synchronized circuit that
It is shown in the sketch 8B. The nozzle 10 in the sketch 5B, or "thermal lens assembly" in the sketch 5C
It provides a direct means in which the destabilized ions are finally thermally ignited.
As mentioned previously, to start and achieve substantial atomic decay "fuel
Cell 'gases in the first instance, they are to take a follow-up. First, water molecules are cleaved
hydrogen and oxygen process voltage stimulation, which also releases gases mounted in the water.
The "injection assembly" laser-produced light waves or other form of coherent
electromagnetic radiation capable of stimulating resonance within the atomic elements
absorbed the mixed gas (hydrogen / oxygen / ambient air) released polarization
process. At this point, as shown in the sketch 6B, the individual atoms are exposed
an electric field to begin an ionization process.
The laser or electromagnetic energy is absorbed and causes that gas atoms
loses electrons and form positively charged gas ions. Excited hydrogen (ionized)
- 23 -
Theoretical and experimental VERIFICATION
PATENT Stanley Meyer
when it is positively charged, accepts electrons liberated from the heavier gases and attract other
negatively charged gas ions, as illustrated in Sketch 6C. Positively and negatively charged ions
gas are re-exposed to further pulsating frequency to maintain randomly distributed particles
ionized atoms of gases.
Ions of the gas inside the chamber are exposed to electromagnetic pulsating voltage
high intensity field in the chamber 11 to the sketch 5A and 5B has formed within electrodes 12 and 13 on
Sketch 5A and 5B opposite electrical polarity forming a "resonant cavity". Gas ions reach
the level of critical energy for the resonant condition.
At this point, within the chamber, the excess electrons are přitaţeny towards the positive electrode;
while positively charged ions or nuclei are attracted to the negative electrode. positively and
přitaţlivé negative forces are aligned and operate on said gas ions simultaneously; přitaţlivá force is
unidirectional. Ions of gases undergoing atomic element deflection approaching the point of separation
electron. At that point, electrons are vytaţeny from the chamber through the grate, which is depicted in
5A sketch.
The extracted electrons are consumed, and is prevented by re-entry into
chambers circuit which is shown in the sketch 8B. The elongated gas ions are subjected to thermal
zone, which causes them to ignite and release thermal energy with explosive effect. During
combustion gas ions, highly energized and stimulated atoms and nuclei collide and explode during
"Thermal gas ignition." Upcoming "Hydrogen fracturing process" maintains a thermal zone on
a temperature exceeding the normal combustion of hydrogen-oxygen mixture, almost 2500 ° F (1371 ° C).
To induce and maintain atomic protaţenosti shown in the sketch 6C before igniting the gas is used
"VIC" who is depicted in the sketch 7, and one is used as a voltage source for current limiting
to provide the excitation voltage applied to the "resonant cavity". At the same time, connected
"Electron exttraction circuit" Sketch 8B prevents the re-introduction of electrons back into the system.
Depending on calculated design parameters predetermined voltage and frequency range
It can be designed for any particular application or physical configuration of applications.
In this operation, the set, a pulse train for the "gas rezonant cavity" shown at 2 and 3
sketch 4 may be derived from the circuit shown in the sketch 2,7 or 9, and a "cavity"
circuits can be in a sequence to provide a cascade of energy input. It is necessary
final extraction of electrons, to the frequency with which electrons are removed from
the system was sorted and synchronized with the pulsing "gas resonant cavity." reconciliation or
synchronization circuit sketch 8B Sketch circuit 7 can be achieved by connecting point "A"
'Gate' circuit from scratch 8B to reconcile the point "A" pulsating circuit sketch 7th
- 24 -
Theoretical and experimental VERIFICATION
PATENT Stanley Meyer
The circuit shown in sketch 9 increases the voltage potential at the "resonant charging choke"
during pulsed operation, prevents the flow of current and allowing the outer electromagnetic
pulsing field, F, constituent primary coil A is excited to transverse windings D and E,
to be energized incoming pulse train Ha xxx Hn through the switching diode G. External Pulse
field F and the incoming pulse train Ha xxx Hn are identical, and allow to occur resonant
action, limiting current, while allowing the voltage increase to stimulate "elektrical polarization
process "," gas ionization process "and" electron extraction process ". VIC ( "Voltage Intensifier
Circiuit ") in sketch 9 prevents entry of electrons in these processes.
Together, "hydrogen injector assembly" and 4 "resonant cavity assemblies" 2, 3 form a "gas
injector fuel cell "which is solid, light (weight) and designed differently. For example, this
"Hydrogen injector" system suited for automobiles and jet engines. industrial
application requests space systems. For the use in rocket technology is "injector
system "placed at the top of each" resoanant cavity "arranged in parallel cluster
field. When the "resonant cavities" coherently combined in a parallel / serial field, "hydrogen
injector assembly "is placed up for the output of these" rezonant cavities. "
The outline of physical phenomena associated with the process in Table 1, the theoretical foundations
invention find respective states of molecules, gases and ions derived from liquid water. Before
voltage stimulation, water molecules are randomly dispersed in the water in the vessel. When it is applied
such a pulse train, which is depicted in the sketch 6A (53a xxx 53n), increasing voltage
potential is induced in the molecules, gases and / or ions in a linear-stepper
charging steps. The electrical field of the particles within the chamber, including the electrical field plates increases
a low energy state (A) to a high energy state (J) in a gradual step-wise
escalation of each pulse sequence as shown in the sketch 6A. Increasing the voltage
potential is always positive in direct relationship to negative ground potential during each
pulse. The voltage polarity on sheets that constitute the voltage fields remains constant. positive and
negative zones are thus formed simultaneously.
In the first stage of the process described in Table 1, the voltage pulse initially causes that
randomly oriented water molecules in the liquid rotates and directing with


Theoretical and experimental VERIFICATION
PATENT Stanley Meyer
Transformer 230V / 24V. In the circuit it is used with classic power transistor MOS-FET,
IRF740. UT diode is firmly embedded in the television IHVT transformer, so the voltage potential
the electrodes are always the same.
 Electromagnetic radiation - LEDs
For the correct functioning of the entire ionizer plays an important role electromagnetic radiation,
which is added to gas passing through the cavity of the capacitor. as a source
Electromagnetic radiation is possible to use any source of radiation corresponding to the wavelength
the atoms through the media. I applied a diode respective frequencies for oxygen.
From Tables I found the wavelengths of electromagnetic radiation, which preferably increases
the energy levels of atoms, and chose only those that best match frequencies
LEDs. Sadly, most LEDs do only these limited wavelengths:
390nm, 470nm, 525nm, 625nm and 592nm. The following table (Fig. 2.4.4) is visible wavelength
of radiation suitable for increasing the energy levels of oxygen and the corresponding LED to this
frequency.
 Electron Extracion Circuit - EEC
The active part of the circuit (transformer, resistance) is accurately reconstructed according to the patent. It is to use a second
IHVT transformer from TV, IRF740 and 24V. The output of the positive potential transformer
guided on the inner electrode of the inner cylinder formed of steel wool. Below I attach scheme
involvement. The ionized air, i.e. a mixture of oxygen with separate electrons enter holes in
novodur inner cylinder through a stainless steel wool which is applied a positive potential
of the EEC. Thus it is removed from a mixture of electrons and is prevented from reverse recombination. electrons
They are discharged into resistor (use light bulb), which are converted into heat
(Light) energy.
« Last Edit: August 04, 2016, 00:00:01 am by jim miller »