Author Topic: Determining the measure of a wave length between wave guides  (Read 719 times)

0 Members and 2 Guests are viewing this topic.

Online Hidden

  • Global Moderator
  • Hero member
  • ****
  • Join Date: Apr 2009
  • Posts: 1084
Re: Determining the measure of a wave length between wave guides
« Reply #10 on: October 21, 2010, 03:21:11 am »
ok i understand what you mean...


i will try to explain something:


Lets say you have a battery (source of electric field) when you apply this electric field into a capacitor what happens is:


The capacitor as it have a dielectric, will conduct the electric field like if it was a short circuit, so making current to flow, as the current flows it creates on the positive side of the capacitor, electron holes and on the other side it accumulate electrons... as long as you start getting holes on one side, this mean that you are taking electrons from the conduction band of the insulator, creating holes there, and accumulating electrons o the other side...
as this conduction band lose its electrons it will not allow the amps to flow anymore and the capacitor will reach critical state where the holes and the electrons are too close so the force will overcome the resistance band and breakdown will occur...


basically if you apply a positive voltage on one side of the water and have a resistor on the other side restricting you will have only the field of the field applied less the field drop on the resistive part...


now what if the resistor is not a resistor but a resistor capacitor, it will limit the current but if it have a resistance the electric field will still be transmitted but having a different phase relationship to the current not 90° maybe 45° depends on the relation of resistance to capacitance...


the same apply for an inductor witch have resistance on its windings...


this phase relation between current and voltage is dependent on the frequency, so as the Q factor as it will change with frequency as Q factor is the relation between reactance and resistance...


i just wanted to point how the components really works for the physics so we can talk an universal language... the knowledge is the base to keep going.


this thing about the holes, and self ionization, is what i believe to be the principle behind of my friend inventor patent... however it need costy parts..


stan used the force to do it... but one thing that keeps in my mind is the kiss method witch he talked about...
i still believe both
 
however my friend here don't think is possible stan method, he says that he don't know what is the stan principle... and that the h2 an 02 would readly recombine making it low efficient and dangerous


hope to find out...


Even if i discover it here alone by myself i will invite him and all of you to work with me to build this new world.


Best Regards




Online Hidden

  • Global Moderator
  • Hero member
  • ****
  • Join Date: Apr 2009
  • Posts: 1084
Re: Determining the measure of a wave length between wave guides
« Reply #11 on: October 21, 2010, 04:09:59 am »
oh boy things are getting good..


so i said wavelength is related to the gap... gigahertz range.


L/R can easily be in the giga hertz range...


he have in this patent a variable resistor right...


so you understand my point?