Alexandr A.Shpilman (alexandrshpilman78@gmail.com )
The Converter-NQ
Article beginning in 1N12
Earlier converters seen as manipulators DSS elements. What if a similar scheme to apply to change the properties of the nuclei of ordinary atoms? Try to translate the latest in state of the DS?
Protons, the "core" of atoms no balls-suns in the center of the atom. (For example, talking about this property " Foucault currents "). Protons, the "core" of the atoms have a spatial structure far beyond the atom (the size of a hydrogen atom alleged order of 10^-8 cm emits and absorbs quanta of the electromagnetic field with a wavelength of 21 cm without loss, ie the difference in nine orders, a billion time). Have both DSS and pseudo positive elements and pseudo negative of the components (spatial structure of quarks with positive and negative charge). Once these components are not split in space and usually have a very small extent (compared to DSS elements). Therefore it is necessary to modernize the design described the article " The Converter ". The latest proposed the following model:
Pseudo-positive a component 2 of DSS an element 1 is guided towards a conductor 4 having negative electric potential (the Fig.1 see). And pseudo-negative a component 3 is guided towards a conductor 5 having positive electric potential.
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Fig.1 |
Fig.2 |
If we pass now through conductors 4 and 5 electric current I1 and I2 as it is shown in a Fig.2 "pseudo-charged" components of DSS elements, being extended towards to a direction of an electric current, will start to merge in two dense plaits.
The proposed option is instead Fig.2 have Fig.3. In conductors 4 and 5 electric currents I1 and I2 have the same orientation.
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Fig.3 |
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Fig .4 |
The question arises as "pump" energy components 2 and 3 of the proton? One option - increasing the electrical potential difference U between the conductors 4 and 5, we increase splitting between the components 2 and 3, in consequence of which increases the internal energy of the proton (for many physicists this shocking statement), respectively, and increases its mass (E=m*c^2). Now if we change the direction of the electric currents I1 and I2 in the opposite direction (on Fig.4 at time t1, where the upper diagram the change in voltage between the conductors, the lower the change of currents in them), then by self-induced increase internal impulse of components 2 and 3, even adding the internal energy of the proton. Then reduce the voltage U between the conductors 4 and 5. The splitting between the components 2 and 3 protons decreases. Reduced internal energy and the mass of the proton, and if we change direction electric currents I1 and I2 to the opposite again (at time t2), then by self-induced decrease internal impulse of components 2 and 3 is less than it has increased for the first time. This way you can pump up the components 2 and 3 until they spread on numerous larger width than the distance between the conductors 4 and 5. (The idea is similar to the idea of acceleration Sputnik-shaped dumbbell. At the apogee of its orbit sphere dumbbells shift, and at perihelion move apart.)
If you choose two twisted copper wires in the silk insulation diameter of 0.2 mm, then alternating of current in the conductor 5 can be chosen at 300-400 mA (see middle chart on Fig.4). The electric conductor 5 is relatively conductor 4 have pulsation voltage swing of 160-200 volts. If the swing of change in the current I1 to choose half (unipolar, pulsed current), the pseudo negative component 3 acquires more energy than pseudo positive 2. As a result, the device generates a field that is less scattered around. Becomes more dense, stable. Takes on new physical properties that are yet to be explored.
If an additional electrical conductor 5 on the conductor 4 apply dc constant voltage U0 = +300 volts then the generated field is concentrated mainly in the device. Its density increases, it is tempting for physical experiments. The effect is enhanced if the twisting wires 4.5 put in cups of ferrite.
At Photo 1 shows the appearance Converter-NQ with its emitter.
In "Some effects" are the first observation of the device.
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Even in experiments with generator "Linear accelerator - the source of the axion field" noted:
"Tried to
shift the phase change of the voltage across the electrodes and the magnetic
field in the ferrite tube and found that, the maximum intensity of the
"axion field" is achieved at phase changes in electrical potential
across the electrodes with the phase of the EMF of self-induction of the
toroidal coil. That is, there is a direct flow acceleration Z1 via EMF coils,
and the voltage on the electrodes only deflects the beam in the desired
direction. In this connection was made generator shown in Fig.1.
On conclusions of electrodes 3 and 4 the squared alternating voltage with
amplitude in 12V moved, and on electrodes 1,2 toroidal windings inphase
submitted sinusoidal voltage amplitude 36-45V (12-15V/round)."
From idea Converter-NQ already a little in a different way sees operation of the generator described in "Linear accelerator - the source of the axion field". During too time experience of experiments with the generator says that is important not only change of a current, but speed of its change is still important. I.e. it is necessary to reach the greatest possible value of EMF of a self-induction. For the described EMF generator of a self-induction should be higher than 12-15V/round.
From this requirement Converter design seems somewhat different, such as Fig.5 shows. Where in the ferrite tube 5 with two electric facings - iron tube 4 and 6 of the aluminum foil with a vertical incision exclusive "coiled-circuit currents." Outside the tube is wound on a ferrite electric coil in two layers 8 and 9. Separated by a dielectric spacer 7. Tube coil 8 is connected to the outside 9, via a conductor 10, for uniform distribution of the electric field between layers. Through the wire 1 on iron tube 4 is a negative pulsed electric potential (300-350V) as shown in the top graph Fig.6. It is important at times t2, t4, t6, ... to achieve the highest possible discharge voltage on pin 2 relative to pin 3 and 1. Specifically, the most important to achieve the highest possible interturn voltage.
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In Photo 2 shows the appearance Converter-NQ2.
If iron pipe 4 insert an iron rod, the outgoing beam from the Converter becomes more dense. External ferromagnetic materials also strongly influence the shape of the beam.
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If you wish to make the experiments, but are at a loss in independent manufacturing of the Converter, you can order its manufacturing. Information on E-mail: alexandrshpilman78@gmail.com |
