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NO, no it does NOT produce VHF radio waves. 10 MHz isn't NEAR VHF, it's not NEAR microwaves. It's just not.
Radio frequency (RF) is a rate of oscillation in the range of about 30 kHz to 300 GHz
Microwaves are electromagnetic waves with wavelengths ranging from as long as one meter to as short as one millimeter, or equivalently, with frequencies between 300 MHz (0.3 GHz) and 300 GHz.
Not at all - you're being very incoherent on this, to borrow from your other statement. You just cannot say that all EM, being an electromagnetic wave, is thus all co-equal in behavior and effect, and I can therefore call any LF or HF radio wave a microwave, sim salabim! Except that you're wrong.
Why do you think you can see visible light, but not radio waves?
Why do you think that you focus visible light with a glass lens, but not an LF radio wave?
Why do gamma rays ionize when ELF does not? Hint - grossly different wavelengths produce grossly different physical results.
What I am saying is that I have a real SR-71 on my desk! Sure, it's just a cast metal model, but it's really an SR-71, because if was bigger, and actually had a proper airframe like an SR-71 instead of being a model, and had engines, and avionics and everything else, then it would BE a real SR-71!
Originally posted by Edrick
...bees...
Are you saying that the HAARP facility in Alaska is not capable of producing these frequencies...
Or that these frequencies CANNOT be produced?
They are all the same thing... only frequency and energy level are different.
It's all just photons.
Because the rods and cones in our eyes only pick up light in the visible spectrum...
Because you have to use METAL waveguides to focus a radio wave... it just goes right through glass without refracting.
Photons impacting upon an atom = Photons impacting upon an atom.
Sure... one is more energetic... but I fail to see how that makes them "Completely Different Things"
And All that *I* am saying, is that the atmospheric effects that are currently blamed on HAARP, *ARE POSSIBLE WITH PHYSICS*
Originally posted by Edrick
And All that *I* am saying, is that the atmospheric effects that are currently blamed on HAARP, *ARE POSSIBLE WITH PHYSICS*
Since HAARP is capable of generating a fairly controllable beam of Radiation and reflecting it to almost any place on the globe...
It should be no trouble at all to create a near microwave frequency "Display" that heats the surface of the water in a rotating pattern, in order to induce the creation of rising Thermals, that spin around a cold vortex.
You started off blaming it on HAARP, which is just ridiculous.
a malfunctioning rocket stage did it.
You are saying that HAARP (specifically) can send a beam of microwave radiation to anyplace on the globe, at will.
You are saying that that beam could be rotated such that it would rotate the surface of the ocean (explain the physics of that please).
You are saying it would be capable of heating the ocean enough to create a vortex.
You imply that HAARP created the Norway spiral by this process even though the spiral occurred well outside of the atmosphere.
Originally posted by Edrick
I'm trying to prove that shaped artificial auroras are possible.
I'm pretty sure that you have helped me make an open and shut case.
Did, what?
Make pretty lights in the sky?
Is that supposed to mean that the *ONLY* way to make lights in the sky is with rockets?
Well, you could also have fairies form a big spiral.
Or, you could take millions of glowsticks and drop them in a nice spiral pattern using a TR-3B.
Originally posted by Edrick
Yeah... but shooting a gigawatt of EM radiation into the sky is SO MUCH CHEAPER, and so much harder to disprove...
-Edrick
Originally posted by Bedlam
Originally posted by Edrick
Yeah... but shooting a gigawatt of EM radiation into the sky is SO MUCH CHEAPER, and so much harder to disprove...
-Edrick
Still don't have a clue about the difference between total output power and ERP, do you?
It DOES make a difference. HAARP can't output a gig of power.
Yes, EM radiation can ionize atoms. Yes, EM radiation can energize ions to the point of emitting light.
Can HAARP ionize atoms? No.
Can HAARP excite existing ions to the point of luminescence? Yes, in a very limited area above Gakona, under favorable conditions.
Can HAARP create a spiral (or any other shape) within the excited area? No.
Originally posted by graaly
so says the official story, but how do you know?
Originally posted by Edrick
But do you admit that *IT IS POSSIBLE* given current science?
-Edrick
And, too, in order to get that much output power through that antenna, which looks like a 50 to 70 ohm dipole set to me, you'd have to have hell's own output voltage to get the antenna current up so that your power levels matched
A sufficiently powerful IRI may be able to do that...a very, very powerful IRI.
Given current science.
No.
Originally posted by Edrick
A Superconducting Antenna Array that is embedded in a EM transparent, Insulated material
Those superconductors have LOTSA voltage... and Current too.
And I like your idea about a Buried array.
Nah, won't work. I'm talking impedance, not resistance
Actually, there is no potential across a superconductor, it's one of the defining characteristics.
No, no, it's the giant 2GW nuclear power plant that's buried. You've got to get this right.
The IRI would consist of 180 crossed dipole antenna elements arranged
in a grid pattern of 12 rows and 15 columns (Figure 2.2-3). The
proposed design for the stacked IRI calls for the low frequency
antenna to be stacked above the high frequency antennas (Figure
2.2-4). The elements would be supported on 66-foot masts mounted on
steel base piles extending 4 feet above the ground and spaced at
80-foot intervals.
The United States has three ionospheric heating facilities:
* HAARP - 4 GW ERP (north of Gakona, Alaska)
* HIPAS Observatory - 70 MW ERP (northeast of Fairbanks, Alaska)
* Arecibo Observatory (in Puerto Rico)
Research at the HAARP includes:
1. *Ionospheric heating*
2. Plasma line observations
3. Stimulated electron emission observations
4. Gyro frequency heating research
5. Spread F observations
6. *Airglow observations*
7. Heating induced scintillation observations
8. VLF and ELF generation observations [5]
9. Radio observations of meteors
10. Polar mesospheric summer echoes: PMSE have been studied using the IRI as a powerful radar, as well as with the 28 MHz radar, and the two VHF radars at 49 MHz and 139 MHz. The presence of multiple radars spanning both HF and VHF bands allows scientists to make comparative measurements that may someday lead to an understanding of the processes that form these elusive phenomena.
11. Research on extraterrestrial HF radar echos: the Lunar Echo experiment (2008).[6][7]
12. Testing of SS-Spread Spectrum Transmitters 2009
13. Meteor shower impacts on the ionosphere
14. Response and recovery of the ionosphere from solar flares and geomagnetic storms
15. The effect of ionospheric disturbances on GPS satellite signal quality