Pioneering the Applications of Interphasal Resonances http://tech.groups.yahoo.com/group/teslafy/
--- On Tue, 10/20/09, Mark Iverson <[email protected]> wrote: > From: Mark Iverson <[email protected]> > Subject: [Vo]: RF improves molecular interactions... > To: [email protected] > Date: Tuesday, October 20, 2009, 11:30 PM > Who was it that was using RF to > enhance the CF/LENR reaction??? > > This from PhysOrg.com... > http://www.physorg.com/news175281818.html > > "As the authors report in an upcoming issue of Physical > Review A, the radio-frequency (RF) radiation > could serve as a second "knob," in addition to the more > traditionally used magnetic fields, for > controlling how atoms in an ultracold gas interact." > > And they state, "By adding RF radiation of the right > frequency..." Rf is seemingly always described in terms of "frequency". In other words the rf source broadcasts at so and so a frequency. Shortly after 1920 the Multiple Wave Oscillator (MWO) was developed by Georges Lakhovsky in France and operated on the principle of an objects resonance to very wide bandwidth unmodulated radio wave. Later Rife and and another French inventor used plasma tubes in coordination with rf. For the (resonant) voltage source I employ it is totally safe to touch the ending neon high voltage plates as the ending polar capacity of the body will then add to the neon discharge intensity of the bulb attached to that ending plate.(No shock is noted) This procedure uses only a single plate and interfaces the body with the ground return path of the neon discharge, so that if one removes one feet from the floor while being seated on a chair while receiving the neon plate influence, the neon discharge intensity is reduced. Here in this example however only the rf from the neons and oppositely phased plate voltages placed closely together are used for rf detection some 10 - 12 ft away by oscilloscope connection to various coils. The intervening plate capacity between the neons attached to 180 phased 60 hz series resonant high induction coils has the effect of a "current limitation" being established between the resonant potentials by the intervening capacity value. If this were not in place the bulbs would instead blink rapidly. Apparently the volume of current being procurred between the 180 phased resonant potentials with a direct plasma short between them is such that when that when it ignites, the source of its voltage is quenched or extinguished. Not only this but the amperage consumption of the circuit is reduced Q squared fold with the full reactive current limitation of the circuit in place made by this short. Another very interesting option is to use ferrite as this necessary ballasting for the process. I have in the past used small 3/8 in blocks of ferrite as insulators for an electrolysis cell using steel rulers as the electrodes. The electrolysis itself can have its voltage source for rectification obtained by higher amperage 180 phased series resonant circuits. In the past using this approach I was able to record rf from the electrolysis vessel itself, meaning that the radio waves easily proceed through the water itself. This rf effect however now seems to be elusive, but I will eventually seek to reconstruct this with a water cell. Even a larger 4*6 inch by 1 inch ferrite magnet can be chosen for the neon ballasting, and rf recorded from its surface areas. I will later show the VERY LOW resonant frequencies obtained when using ferrite toroids as the receiving MWO coils. For the receiving coils I have first chosen 1 and 2 ft tesla secondaries for this first MWO demo. The smaller one recieves 350,000 hz, in ~ agreement with its quarter wave value, but the longer secondary appears to vibrate slower at its half wave value near 100,000 hz. This is my first you tube video and I was not familiar with the new camera operation, so things are a little shaky here. http://www.youtube.com/user/harvich#p/a/0/k10BRK-DldAh My explanation for this MWO effect is that each of the sending high induction coils containing 8.6 miles of 23 gauge wire has an extremely low natural resonant frequency. During the neon discharge to ground a sensor spiral coil recording the high induction coils 60 hz wave will show a rf high frequency ringdown occupying at least one quarter of the 60 hz cycle. The sweep rate of the scope can be turned up to reveal the higher frequency of the ringdown itself, showing itself to be ~ 3600 hz on the first testing. This value in fact is exactly 66% of the quarterwavelength value for 8.6 miles of wire, showing that the coils natural resonant frequency is reduced by the internal interwinding capacity. In fact any of these TC secondary MWO receiving coils will have its vibration reduced by the addition of a globular top end polar capacity. A certain conundrum has been seen concerning the addition of capacity with other inductors in relation to the stated 20 pf internal scope capacity. This can be shown later in further investigations. For now let me simply conclude that the source of the rf being of a very low standing wave created on the 70 lb coils themselves, all the receiving coils are vibrating at much high harmonics, and perhaps this is a method for making the so called wide band rf emmision. Sincerely HDN > Resonance, resonance, resonance... Its all about harmonic > interaction. Most of science deals with > getting interactions to occur using brute force; but find > the right frequency and it all comes > together and appears effortless. But we're dealing with > such high frequencies that finding the right > one can be like finding the proverbial needle in the > haystack! And there are likely more than one > frequency involved in the molecule, so what's harmonic with > one is likely discordant with another... > What's that old mathematical term... "Least Common > Multiple". > > -Mark > > No virus found in this outgoing message. > Checked by AVG - www.avg.com > Version: 8.5.422 / Virus Database: 270.14.23/2447 - Release > Date: 10/20/09 03:55:00 > > >
