It looks like you're using an Ad Blocker.
Please white-list or disable AboveTopSecret.com in your ad-blocking tool.
Thank you.
Some features of ATS will be disabled while you continue to use an ad-blocker.
Originally posted by andy06shake
So how does the plane, B2 Spirit or otherwise generate the plasma/electromagnetic field? I mean we are talking millions if not billions of Volts required to generate this type of field.
Do they similarly employ some kind of circular, plasma filled accelerator ring/Magnetic Field Disrupter like the Astra TR-3B allegedly utilise?edit on 26-3-2013 by andy06shake because: (no reason given)
Originally posted by TheKeyMaster
What happens if you use this same effect on the inside of a turbine engine???
Do some research on the Nazi stealth bomber they revealed recently... it had a carbon coating on the surface, too. Was this for holding charge?
Also, just because this info is coming forward doesn't mean this technology can't have other implications. It takes time for things to become fully visible.
Dielectric barrier discharge is accompanied by high intensity radio
frequency electromagnetic noise.
Originally posted by mbkennel
If you can do it at high temperatures and pressures you might be able to increase engine RPM and thus power and maybe efficiency.
Early attempt at radar absorption.
It's perfect for UAV's and cruise missiles. Would it work on a SAM or AAM? (they're going very fast).
Dielectric barrier discharge is accompanied by high intensity radio
frequency electromagnetic noise.
Originally posted by abecedarian
Doesn't sound like a good idea to me.
How do you shield the aircraft's systems from the EMF / RF emissions and how do you keep the emissions from being detected by air or surface based detectors, a.k.a. antennas?
Originally posted by abecedarian
Doesn't sound like a good idea to me.
How do you shield the aircraft's systems from the EMF / RF emissions and how do you keep the emissions from being detected by air or surface based detectors, a.k.a. antennas?
edit on 3/26/2013 by abecedarian because: (no reason given)
Originally posted by mbkennel
What happens in the rain?
Originally posted by Bedlam
Originally posted by mbkennel
What happens in the rain?
In rain, dense cloud, or suspended particulates, you have trouble with the plasma sheath but it's still possible to do. Rain and fog speeds the recombination time so you have to crank up the output. It's worse at low speeds, at higher speeds, the airflow tends to turn the rain/fog parallel to the wing so that you're able to blend in with it.
It causes more problems with older one-point systems like a B-2, since you can't compensate for local 'wetouts'.
Originally posted by mbkennel
What happens if you use this same effect on the inside of a turbine engine???
If you can do it at high temperatures and pressures you might be able to increase engine RPM and thus power and maybe efficiency.
Dielectric barrier discharge is accompanied by high intensity radio
frequency electromagnetic noise.
Originally posted by TheKeyMaster
Nick Cook said in his book The Hunt For Zero Point that electrogravitics made aircraft slip through the air like a bar of soap slips through your hands when wet... Imagine that same principle used in an engine..
Or is that disinformation and the electrogravitic charge is what absorbs the radar?
They probably have some way of avoiding this problem... maybe that's what HAARP is for.... shoot it at a certain geographic location and you can create noise to allow your stealth craft to go undetected. Something like that... It could have something to do with frequency as well.
Ion wind fans and lifters were likely targeted with disinfo to prevent this info from being widely known..
Originally posted by abecedarian
Doesn't sound like a good idea to me.
How do you shield the aircraft's systems from the EMF / RF emissions and how do you keep the emissions from being detected by air or surface based detectors, a.k.a. antennas?
edit on 3/26/2013 by abecedarian because: (no reason given)
Originally posted by TheKeyMaster
How do you know the B-2 was a "one-point system"?