Tutkija tiedemies keksijä Harold Aspden havaitsi tasavirta sähkömoottorissa sellaisen ilmiön että kun moottori käynnistettiin pitkän seisomisen jälkeen, se otti sen nimellistehonsa, mutta kun moottori äkkiä pysäytettiin, ja heti sen jälkeen käynnistettiin uudelleen, kävikin ilmi että moottori käynnistyi huomattavasti pienemmällä teholla kuin päivän ensimmäisellä käynnistyksellä, H.Aspden teoretisoi että kun moottori pysäytettiin niin moottori roottorissa virtuaalitasolla eetteri jatkoi pyörivää liikettään, vähitellen hidastuen, eli se roottori olisi halunnut jatkaa pyörivää liikettään, ja siksi suostui käynnistymään uudestaan (tietysti samaan pyörimissuuntaan kuin aiemminkin) vähemmällä virralla kuin ekassa käynnistyksessä.
Tästäpä tulee mieleeni Teslan voimakkaat tasavirtapulssit (ehkä myös Edwin Grayn), joilla eetteri saa ohjeen mihin suuntaan pitäisi virrata, jotta tehoa syntyy, ennenkuin varsinaisesti elektronit lähtevät johtimessa kulkemaan.
Teslan auton arvoituksen ratkeaminen voi olla lähempänä kuin arvaammekaan....
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Vanhan aiheen nosto tästä samasta foorumista sivulta 47 viewtopic.php?f=8&t=405&start=460
http://amasci.com/weird/unusual/e-wall.html
3M teippitehtaalla sattunutta erikoista ilmiötä?
David Swenson of 3M Corporation describes an anomaly where workers encountered a strange "invisible wall" in the area under a fast-moving sheet of electrically charged polypropelene film in a factory. This "invisible wall" was strong enough to prevent humans from passing through. A person near this "wall" was unable to turn, and so had to walk backwards to retreat from it.
This occurred in late summer in South Carolina, August 1980, in extremely high humidity. Polypropelene (PP) film on 50K ft. rolls 20ft wide was being slit and transferred to multiple smaller spools. The film was taken off the main roll at high speed, flowed upwards 20ft to overhead rollers, passed horizontally 20ft and then downwards to the slitting device, where it was spooled onto shorter rolls. The whole operation formed a cubical shaped tent, with two walls and a ceiling approximately 20ft square. The spools ran at 1000ft/min, or about 10MPH. The PP film had been manufactured with dissimilar surface structure on opposing faces. Contact electrification can occur even in similar materials if the surface textures or micro-structures are significantly different. The generation of a large imbalance of electrical surface-charge during unspooling was therefore not unexpected, and is a common problem in this industry. "Static cling" in the megavolt range!
On entering the factory floor and far from the equipment, Mr. Swenson's 200KV/ft handheld electrometer was found to slam to full scale. When he attempted to walk through the corridor formed by the moving film, he was stopped about half way through by an "invisible wall." He could lean all his weight forward but was unable to pass. He observed a fly get pulled into the charged, moving plastic, and speculates that the e-fields might have been strong enough to suck in birds!
The production manager did not believe Mr. Swenson's report of the strange phenomena. When they both returned to the factory floor, they found that the "wall" was no longer there. But the production workers had noticed the effect as occurring early in the morning when humidity was lower, so they agreed to try again another day. The second attempt was successful, and early in the morning the field underneath the "tent" was strong enough to raise even the short, curly hair of the production manager. The "invisible wall" effect had returned. He commented that he "didn't know whether to fix it or sell tickets."
Tämä alla kuvattu menetelmä sai sen muodostuvan sähköstaattisen seinän katoamaan:
Passive Solutions
INDUCTION
Removing or neutralizing static electricity by induction is the simplest and oldest method. Tinsel or special wire are the most common tools for this application. However, tinsel is oftentimes misused, get dirt and damaged and, therefore, oftentimes not successful. The first thing that must be recognized is the fact that any induction device, such as tinsel, will never reduce or neutralize static electricity to the zero potential level. This is due to the fact that a threshold or beginning voltage is required to "start" the process and that voltage is high.
First, the correct induction equipment must be utilized. The induction bar must be well grounded electrically. The induction bar must be stretched tight and placed 1/4 of an inch from the material to be neutralized. There must be "free air space" under the material to be neutralized directly under or over the spot where you place the tinsel. In this fashion the induction will reduce static electricity on both sides of the static laden material.
Actually, if the above steps are utilized, the sharp ends or points of the grounded induction device will ionize the air over the surface being neutralized, because the grounded sharp ends are placed within the electrostatic field that is present due to static electricity. If the static charge is negative in polarity, the electrostatic field is negative and positive ions are generated via the grounded sharp ends of the induction device and the positive ions are attracted back to the static laden surface. Conversely, if the static charge is positive in polarity, negative ions will be generated by the grounding induction device and attracted back to the charged area.
Induction does work but is limited to reducing the level of static to a threshold level which usually still very high and usually higher than what is needed to reduce or eliminate problems related to static electricity. Ionization or active static control is the best way to reduce static charge on non conductive surfaces to very low levels.
Oliko teslakin havainnut tämän samaisen ilmiön, hän puhuikin jostain samanvaiheisuudesta auringosta tulevan säteilyn kanssa, jolloin seinä muodostuu, sitä Tesla varmaan yritti markkinoida usan armeijalle, seinänä joka estää vihollisen hyökkäykset, mutta tietenkin esti samalla Usan armeijaa hyökkäämästä, siksi armeija hylkäsi Teslan myyntitarjouksen.
Tesla - The Shield
Tesla Shield
http://www.cheniere.org/books/part1/teslaweapons.htm
missäs kohdassa Parr testiä kyseinen seinämä ilmeni?
Erkos heitä sivu ja rivi, sekä lähdelinkki.