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Not a focused spot, an area of about 50 square miles after starting from an area of about 0.05 square miles. Not much use for a MAD scientist unless he was interested in the same research that has been going on for 10 or 15 years.
As HAARP is Intended to Simulate effects like a Very Weak Sun in a Direct Focused Spot on the opposite side of the Ionosphere , and what a potential Usage if it was in the Hands of a MAD Scientist
Become part of History. Donate.
Unless the signal is an absurdly short pulse (it isn't) difference is not relevant.
originally posted by: Phage
a reply to: Wolfenz
Brooks Agnew is a jackass. He says he caused an earthquake using ground penetrating radar. He says HAARP does the same thing. GPR uses microwaves, HAARP doesn't. Neither one causes earthquakes.
Brooks Agnew is full of crap and a liar. At the most basic level, he's calling the mist in the cloud chamber water vapor. Water vapor is invisible. Mist isn't.
What he is doing is heating the mist and it evaporates, becomes invisible water vapor. Imagine that.
Nothing having to do with HAARP. Not using radio waves. Not using a phased array. Not using cyclotron resonance. Just bullcrap.
Here's the full episode. Go to 34:00 and see him busted. "Nothing is getting hot." Ha! Busted!
www.youtube.com...
Not a focused spot, an area of about 50 square miles after starting from an area of about 0.05 square miles. Not much use for a MAD scientist unless he was interested in the same research that has been going on for 10 or 15 years.
As HAARP is Intended to Simulate effects like a Very Weak Sun in a Direct Focused Spot on the opposite side of the Ionosphere , and what a potential Usage if it was in the Hands of a MAD Scientist
Oh, Brooks Agnew also thinks the Earth is hollow.
thehollowearthinsider.com...
Or maybe he doesn't' actually believe it:
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You still don't understand. There is no interference problem. It is the interference patterns which make it possible to steer the beam. Without the interference patterns the beam would not be directional except for generally "up". That's the whole idea behind a phased array. That's the whole reason for having all those antennas.
So a short pulse could solve the interference problem?
No. The ionospheric heater has a frequency range of 2.8 to 10 MHz. 200 KHz is the sampling rate used to monitor phase shifting.
Each HAARP antenna is independently wired so it could do a rapid stream of short pulses of 10 microseconds at 200 KHz.
Yes. But it didn't work very well because the VLF signal that HAARP can induce in the ionosphere is very weak.
Did say of HAARP being used Experiment Tested for Look for Tunnels Underground ??
originally posted by: Phage
a reply to: Wolfenz
Yes. But it didn't work very well because the VLF signal that HAARP can induce in the ionosphere is very weak.
Did say of HAARP being used Experiment Tested for Look for Tunnels Underground ??
It is currently done using natural VLF signals produced by lightning. It was thought that ionospheric heating could produce strong enough signals "on demand" instead of waiting for nature help out. It turns out it doesn't work very well. The conditions in the ionosphere have to be right and even then the signal is very weak.
Lightning produces much stronger signals and the technology to use it has improved.
techfinder.stanford.edu...
High-Frequency Active Auroral Research Program (HAARP), Gakona, Alaska HAARP provides capabilities for conducting experimental research on high-power, radio wave interactions in the ionosphere and space. The high-frequency transmitting system, completed in February of 2007, consists of 180 antenna elements arranged as a rectangular array of 15 columns by 12 rows, providing a radiated power of 3,600 kW. The program is jointly managed by the Space Vehicles Directorate and the Office of Naval Research.
Air Force SHIVA STAR
Infrared Radiation Effects Laboratory (IRREL),
Kirtland AFB, New Mexico The IRREL provides radiometric and radiation characterizations for focal plane arrays (FPA) and associated devices using government-furnished equipment. The data and analyses produced by this laboratory are vitally important in determining the overall performance and radiation hardness of devices for use in space applications. This effort includes the development of innovative techniques for advancing the state-of-the-art characterization of infrared and visible FPAs and associated devices, including the development of characterization and analytical techniques, test hardware, and operational and test procedures that advance the experimental capabilities of the IRREL.
Starfish Prime was a high-altitude nuclear test conducted by the United States of America on July 9, 1962, a joint effort of the Atomic Energy Commission (AEC) and the Defense Atomic Support Agency (which became the Defense Nuclear Agency in 1971).
Explosion Another view of Starfish Prime through thin cloud, as seen from Honolulu On July 9, 1962, at 09:00:09 Coordinated Universal Time, (July 8, Honolulu time, at nine seconds after 11 p.m.), the Starfish Prime test was successfully detonated at an altitude of 400 kilometres (250 mi). The coordinates of the detonation were 16°28′N 169°38′WCoordinates: 16°28′N 169°38′W.[5] The actual weapon yield came very close to the design yield, which various sources have set at different values in the range of 1.4 to 1.45 megatons (6.0 PJ).
The Thor missile carrying the Starfish Prime warhead reached a maximum height of about 1100 km (just over 680 miles), and the warhead detonated on its downward trajectory when it had fallen to the programmed altitude of 400 kilometres (250 mi). The nuclear warhead detonated 13 minutes and 41 seconds after liftoff of the Thor missile from Johnston Island.[6]
Starfish Prime caused an electromagnetic pulse (EMP) which was far larger than expected, so much larger that it drove much of the instrumentation off scale, causing great difficulty in getting accurate measurements. The Starfish Prime electromagnetic pulse also made those effects known to the public by causing electrical damage in Hawaii, about 1,445 kilometres (898 mi) away from the detonation point, knocking out about 300 streetlights, setting off numerous burglar alarms and damaging a telephone company microwave link. The EMP damage to the microwave link shut down telephone calls from Kauai to the other Hawaiian islands.[5] A total of 27 small rockets were launched from Johnston Island to obtain experimental data from the Starfish Prime detonation.
In addition, a large number of rocket-borne instruments were launched from a firing area at Barking Sands, Kauai in the Hawaiian Islands.[7] A very large number of United States military ships and aircraft were operating in support of Starfish Prime in the Johnston Island area and across the nearby North Pacific region. A few military ships and aircraft were also positioned in the region of the South Pacific Ocean near the Samoan Islands. This location was at the southern end of the magnetic field line of the Earth's magnetic field from the position of the nuclear detonation, an area known as the southern conjugate region for the test.
In addition, an uninvited scientific expeditionary ship from the Soviet Union was stationed near Johnston Island for the test and another Soviet scientific expeditionary ship was located in the southern conjugate region near the Samoan Islands.[8]
Aftereffects While some of the energetic beta particles followed the Earth's magnetic field and illuminated the sky, other high-energy electrons became trapped and formed radiation belts around the earth. There was much uncertainty and debate[who?] about the composition, magnitude and potential adverse effects from this trapped radiation after the detonation. The weaponeers became quite worried when three satellites in low earth orbit were disabled. These man-made radiation belts eventually crippled one-third of all satellites in low earth orbit. Seven satellites failed over the months following the test as radiation damaged their solar arrays or electronics, including the first commercial relay communication satellite, Telstar.[11][12][13] Detectors on Telstar, TRAAC, Injun, and Ariel 1 were used to measure distribution of the radiation produced by the tests.[14] In 1963, Brown et al. reported in the Journal of Geophysical Research that Starfish Prime had created a belt of MeV electrons,[15] and Wilmot Hess reported in 1968 that some Starfish electrons remained for five years.[
If you're going to do that why bother with HAARP? But it seems like a lot of trouble when lightning does the job, even if you have to wait a while.
A Big What if We Could Amplify to a Degree to make it Work ( Very Strong Signal ) Using ? AHH Something like a Storage Compassitor SHIVA Star like Device for a Pulse BOOST ?
Doesn't make sense. You don't power radio transmitters with a bazillion watts of instantaneous power. The purpose of HAARP is to use HF radio to fiddle with the ionosphere. One blast from SHIVA would turn the transmitters into ashes.
that HAARP (( Thought )) of Using a SHIVA as Far as I can Remember not sure what the Video was Called
Yes. An EMP, electromagnetic pulse.
"Strong electromagnetic signals were observed from the burst, as were significant magnetic field disturbances and earth currents."