The overall specs

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(http://i2.photobucket.com/albums/y2/kinesisfilms/SPECS.jpg)

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our cells should be pulling around 3.3 amps! and we are looking to cut our amps down to .001 with the resistance amongst the vic circuit.....this seems MUCH easier to do with simple resistors and a few addition and subtraction.

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alright so here is what i got for ya......i was looking through the tech brief to see what stan says about RS1 and RS2
(http://i2.photobucket.com/albums/y2/kinesisfilms/resistiveresonance.jpg)

he says that the stainless steel wire used to construc them usually has a resistance of 11.6KQ...KQ being a common reference to Kohms.....
i plugged it into the equation 12volts/11.6kilohm=.001 amps or 1 milliamp or 1 ma.....exactly what we need to produce our high voltage field as stated in the sepcs above.
http://www.onlineconversion.com/ohms_law.htm


now this is our ratio here......so let's say we have 40watts of power going in that 40 watts consisting of only .001 amps leaves us with 40,000volts as stated above.

11.6 Kilo ohms is our resistance......i have some 10Mohm microwave capacitors i would like to use the minute i get my pwm up and working again....the only thing though is they are rated for frequencies 50hz to 60hz...what would happen if i pulsed it with audio frequencies instead?...and with these 10Mohm resistors i would be looking at 40000000 volts or 40 Mvolts........once again a flyback transformer might be the simplest way to create your 30kv range they are teh stepup transformer, the blocking diode on teh positive and the resistance. you would just connect that to a bifilar coil and walla.

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RESISTANCE IS THE KEY BABY......here are 2 consecutive important pages from the tech brief.....and remember bigger isn't better....bigger might lead to pre combustion.
(http://i2.photobucket.com/albums/y2/kinesisfilms/RESISTANCEPAGE1.jpg)
(http://i2.photobucket.com/albums/y2/kinesisfilms/RESISTANCEPAGE2.jpg)

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and since inductance has to be the same for both L1 and L2 i think this is why kevin west made his capacitor bank act as one resistance by making it series and paralleled at the same time....
(http://i2.photobucket.com/albums/y2/kinesisfilms/WFFLRCcircuit.jpg)

i just feel that 10Mohm might be too much resistance if all we need is 11.6k ohm to create our .001 amp....can't we just use a few resistors to create this?

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Kenisis,

Did i ever mentioned that a car ignitioncoil has a resistance of about 11kohm?

br
steve

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Lol about time you figured out that resistance was a good things.... join the club bro. So your gonna need Stainless steel wire right ?

Well i have 312 000 feet of .005 430 fr  but its not coated yet, i'm waiting for this local company to call me back  so i can get it coated with Pyre-Ml 220 degress , this coating is expensive and rare as fuck....

thats right , 312 000 feet... 100 kilometres of wire lol..... 18.4 ohms per feet...

should i mention that this is also a *soft magnetic* alloy , Stan refers to it as magnetic inductive wire , its clear that this will create massive transcient voltages....

i need at least 150,000 feet for myself lol.... , i can probably sell  ya 1300 feet for ya  , hows 10$ per 100 feet sound ? you will reach 11,600 ohms after only 635 feet ...

To reach 11,600 ohms with 38 awg you need 19,000 feet.... lol.... And these idiots tought stainless steel was too expensive haha....

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kinesisfilms,

Good information here.. thanks

Looking at the 1st photo you posted, it looks like the injector process .0074 ml of water at a time. this is a tiny droplet.

so I think, when this droplet enters the injector tapered cavity, it will bounce from negative to positive and disasociating during this process.

So now I really think we need to build that tapered cavity to test this.



what you guys think...