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Overunity Machines Forum



ENERGY AMPLIFICATION

Started by Tito L. Oracion, February 06, 2009, 01:45:08 AM

Previous topic - Next topic

0 Members and 7 Guests are viewing this topic.

Leely

Well, Tito, there's something I have to say. I wanted to say long time, but I didn't. But let me say it. Give your device and be blessed for it.

synchro1

coil popping only possible with the hybrid discharge; notice the green hue to the spark; the green spark is visible in this ev gray pulse motor video too;

https://www.youtube.com/watch?v=1rFjrPo9mws

lancaIV

Related "Plasma" :

https://www.google.com/search?rlz=1C1AVFC_enPT797PT797&source=univ&tbm=isch&q=krupa+spark+plug&sa=X&ved=2ahUKEwji2vOLzLvpAhUi2uAKHcVmDdAQsAR6BAgGEAE&biw=1366&bih=636

https://www.youtube.com/watch?v=iGcqDd83hbw


https://www.youtube.com/watch?v=c6bz0o6Lth4     https://www.youtube.com/watch?v=qQFx1jmgiic


https://www.google.com/search?q=krupa+spark+plugh&rlz=1C1AVFC_enPT797PT797&oq=krupa+spark+plugh&aqs=chrome..69i57.9125j0j7&sourceid=chrome&ie=UTF-8

"The central electrode has been changed from a cylindrical post to a hemispherical dome,surrounded by four arched electrodes, each of which being positioned at a constant distancefrom the hemisphere. Nikola Tesla was using "orbs" on spark gaps over a hundred years ago.He found that orbs hold the highest amount of charge.(sharp points holding the least)." ~Robert Krupa


https://patents.google.com/patent/US6060822A/en



https://www.youtube.com/watch?v=abwXApkLhbc

2005  https://losangelesjournal.com/firestorm-the-first-space-age-spark-plug/


2007  https://overunity.com/3308/robert-krupas-firestorm-spark-plugsplasma-generating-mini-tesla-coils/




https://thumpertalk.com/forums/topic/884624-plasma-ignitions-krupa-firestorm-plugs/


The thing that always gets me, is that Tesla ALWAYS used domes and orbs because they are the best conductors of electricity. He stood behind the fact that a fine point is actually the worst shape to conduct as well.
The firestorm plugs are said to never misfire due to the dome/cage design because when one area becomes ionized, which would usually cause a misfire on a standard plug, the spark logically just switches to a different spot along the cage.

https://www.youtube.com/watch?v=PspgwbkcSeM





https://www.greenoptimistic.com/ford-laser-spark-plug-20090806/

igniter energy source ? : https://www.youtube.com/watch?v=Scaggwv8Cms nice comments  ::)


https://thumpertalk.com/forums/topic/884624-plasma-ignitions-krupa-firestorm-plugs/ how many spark plughs as STAR-set for output-Delta  ? Clearly Lambda relativity !




Fine tuning : https://en.wikipedia.org/wiki/Plasma_speaker


https://worldwide.espacenet.com/publicationDetails/description?CC=US&NR=6496448B1&KC=B1&FT=D&ND=3&date=20021217&DB=EPODOC&locale=de_EP


Applicant has made a series of tests, using different voltage waveforms, to evaluate the operation of applicant's transducers such as the transducers shown in FIGS. 1 and 4. Applicant utilized alternating voltages having sine waveforms, triangular waveforms and square waveforms (such as shown in FIG. 2) in these tests. In these tests, the sine waveform, the triangular waveform and the square waveform had substantially the same peak amplitude. To applicant's surprise, the alternating voltage having a square waveform generated increases in power output from the transducers that were orders of magnitude greater than the power output, obtained from the sine and triangular waveforms. For example, this increase in power output was as much as ten (10) times or fifteen (15) times greater than the power output generated by voltages with the sine and triangular waveforms.[/font][/size]The increase in the power output of the transducers 10 and 20 is dependent upon how far the transducer is operating in the earth from the resonant frequency of the transducer (when disposed in air). The power increase of the transducer is extended over a wide frequency range of harmonics and overtones compared to the power generated in the earth by the transducer at the fundamental resonant frequency of the transducer (this fundamental resonant frequency being determined when the transducer is operated in air). The increase in power output over the significant range of harmonics and overtones significantly increased the apparent bandwidth when the transducer operated in the earth as the impedance provided by the earth varied at different positions in the earth.The transducers tested had either a two inch (2'') diameter or a four inch (4'') diameter. They had a relatively high mechanical Q. For example, the transducers had a mechanical Q in the range of fourteen (14) to eighteen (18). The tools were internally pressurized to one hundred pounds per square inch (100 psi) and were hung inside a plastic test tank with a twelve inch (12'') outer diameter. A sound meter was placed on the outside of the tank with the microphone tangent to the surface of the test tank. Since applicant had no way of measuring absolute values in water and no way of correcting for reflection and standing waves over the frequency range of the harmonics and overtones of the fundamental frequency, the most reliable and repeatable method of testing for sine waveform voltage testing and square waveform voltage testing appeared to be the method of testing with a sound meter.As will be seen from the chart shown in FIG. 3a, when a voltage with a square waveform was applied to the transducer, the high mechanical Q of the transducer produced many powerful harmonics and overtones that were either non-existent or greatly attenuated when the transducer was powered with an alternating voltage with a sine waveform. This may be seen from the different columns in the chart shown in FIG. 3a. The first column in FIG. 3a indicates the characteristics of the voltage waveform and indicates "sine" (sine wave) for first alternate rows and "square" (square wave) for the other alternate rows. The second column in FIG. 3 indicates the frequency (in hertz) of one of the components in the waveform. As will be seen, the fundamental frequency is 200 hertz.The third (3<rd>) column in FIG. 3a indicates the peak amplitude value of the input voltage to the transducer. As will be seen, the current in the transducer member is considerably greater at the fundamental frequency, the harmonics and the overtones for the square wave voltage than for the sine wave voltage. Furthermore, the current at the fundamental frequency of 200 hertz for the square wave voltage exceeded the current at the fundamental frequency for the sine wave voltage. The current at the harmonic and overtone frequencies for the square wave voltage in many cases exceeded the current at the same harmonic and overtone frequencies for the sine wave voltage. The fourth (4th) column in FIG. 3a indicates the current in the transducer in milliamperes.The fifth (5th) column in FIG. 3a is designated as "power in". It indicates the power input to the transducer. It will be noted that the power input to the transducer is considerably greater at the fundamental frequency, the harmonics and the overtones for the square waveform than for the sine waveform. The sixth (6th) column in FIG. 3a indicates the power output from the transducer, as measured by the sound pressure of the output waves. As will be seen the power output is much greater at the fundamental frequency, the harmonics and the overtones for the square wave voltage than for the sine wave voltage. This is through a range of frequencies between the fundamental frequency of 200 hertz and an overtone of 950 hertz. This is consistently true of every frequency between the range of 200-950 hertz.FIG. 3b is a chart similar to that shown in FIG. 3a but involves a peak voltage of 200 volts for the sine wave voltage and the square wave voltage. The six (6) columns in FIG. 3b have the same headings as the headings for the corresponding columns shown in FIG. 3a. The chart shown in FIG. 3b extends only between 600 hertz and 900 hertz. The reason is that no signal could be obtained for the sine wave voltage between 200 hertz and 550 hertz. In this frequency range, the sound meter had a reading of 73 db, which corresponded to the ambient noise level in the test facility. However, the square wave over the frequency range of 200-550 hertz did respond significantly over this frequency range as indicated by sound pressure readings of 97 db to 101 db for the different frequencies. Furthermore, significant increases in power output occurred for the square wave voltage in the harmonics and overtones over the frequency range of 600 hertz to 900 hertz in comparison to the power output for the sine wave voltage over this range of frequencies.The reasons for the differences in the output from the transducer at the harmonics and overtones between the application of a square wave voltage and a sine wave voltage to the transducer, through an extended frequency range of 200 hertz to 950 hertz, are not known. However, the differences in the power output at the harmonics and overtones through an extended frequency range such as 200-950 hertz are surprising and unexpected. This is particularly surprising and unexpected in view of the large range of frequencies through which the large power outputs are obtained. Such differences may result from changes in the characteristics of the earth at different positions below the earth's surface. The differences are even more surprising and unexpected at overtones of the fundamental frequency than at harmonics of the fundamental frequency. As will be seen, the power output at the overtone frequencies for the square wave voltage often exceeded the power output at the harmonic frequencies for the square wave voltage and considerably exceeded the power output at the fundamental frequency.

Leely

By the way, Tesla used thorium, Thomas Morray used a 'swedish stone'. In other words, Thomas Morray's circuit was similarly to Tesla's own. So, we are looking for thorium, or something  that can amplify current

trewq

@Tito, my wife is also asthmatic; she found recently that in a case when she has no access for those expensive remedies in a case of a severe asthma attack, just put something with bitter taste on your tongue and keep a while in your mouth just to taste it, then swallow it; Wormwood is very good for this.
I do not pursue anymore the overunity idea. I uploaded several books here, see my post: https://overunity.com/18483/just-uploaded-several-books/msg545538/#msg545538

Do not be scared with coronavirus!!! Here is a link where a guy explains how he stopped his infection with vitamins only (vitamin D mostly. he speaks in my , Polish language; if you wish, I can translate it): https://ukryteterapie.us8.list-manage.com/track/click?u=362bdacaf3436ca98eff5b02d&id=ca0250dc0f&e=7e01680288
and this is his archives: https://jerzyzieba.com/archiwum/