HAARP Challenge - Line of site can't reach, page

A lot of people are claiming HAARP can do all sorts of things: change weather, cause earthquakes, etc.

I've looked quite a bit into this over the last month and actually agree HAARP technology, in my opinion, based on Tesla Technology and various other things CAN cause earthquakes but WAIT!!!!, that's not the purpose of this thread.... my question is about directionality.

HOW can HAARP direct it's beam?

I recognize that due to there being 180 antennas they can direct it, but it could only reach line of site, maybe a few degrees away from Alaska.

One other possible way is to bounce the beam off the Ionosphere, then against an airplane, then back off the Ionosphere again.

So, how could HAARP affect someplace like Haiti?

reply to post by Thermo Klein

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HAARP's array interferes with aircraft when they fly through it's beam, that's why they have a C band radar on site to detect any aircraft in the nearby airspace.

If you ask me, this goes a long way to show that the array does indeed shoot straight up.

Here is a pretty good web article that shows you how it works.
This is when it first came out.
www.bibliotecapleyades.net...

reply to post by Thermo Klein

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Basically the elf waves will heat certain particles in the upper atmosphere of a chosen vibratory wavelength. Through that imagine the round atmosphere bulging causing a lens to form which depending on the angle directed can allow for out of sight communications.

Hope that is somewhat clear.

reply to post by Thermo Klein

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HOW can HAARP direct it's beam?

I noticed alot of talking on bending and different paths.

DEVIATIVE
Type of ABSORPTION occurring wherever the ray path bends
significantly such as near the top of a ray trajectory. Deviative absorption
predominately occurs near a layer critical frequency...........................



MULTIPATH

Term applied to propagation conditions where a signal may arrive at a
receiving location through more than one geometric path.......................


CHORDAL MODE
An ionospheric propagation mode characterized by two successive
Earthward reflections from an ionized layer without an intermediate
ground reflection, usually caused by an ionospheric tilt........



GREAT CIRCLE
The intersection of the Earth's surface with a plane containing the center
of the Earth and two points on its surface. A great circle is the shortest
distance between those two points. Radio waves usually (but not always)
follow great circle paths from transmitter to receiver.

www.haarp.alaska.edu...

It looks like they are focussing the beam in the lower right hand corner. Bouncing it off of everything.

Some Performance Parameters for the HAARP Antenna System


TextSize...... 1040 feet X 1280 feet

Area...... 30.6 acres
Directivity.....
3 Mhz ....100 (20 dB)
10 Mhz..... 1000 (30 dB)
Main Lobe Beamwidth
3 Mhz..... 15 deg
10 Mhz..... 5 deg
Operating Frequency... 2.8 - 10 Mhz
Pointing Angle ......Within 30 degrees of Vertical
Reposition Time...... 15 deg. within 15 microseconds
Polarization....... Left/Right Hand Circular, Linear
Sidelobe Control...... Full - By Element Tapering
Maximum VSWR...... 3.2:1

www.haarp.alaska.edu...



I noticed that there is nothing in the directivity section. It is blank.

What I did notice is, is the POINTING ANGLE. It says within 30 degrees of vertical.


If it says within, does this mean that it can change? Whenever I read "within", it is not an exact number or range, this is also known as a tolerance.

Also, why is there a reposition time? Would this mean that they have to reposition the beam, or array?


Help me out here folks. I see not that much information on this thread. Just alot of speculation.



ETA: Also notice.

Sidelobe Control........ Full - By Element Tapering

www.haarp.alaska.edu...

Here is some information on sidelobe.

In antenna engineering, side lobes or sidelobes are the lobes of the far field radiation pattern that are not the main beam, where the terms "beam" and "lobe" are synonyms.

The radiation pattern of most antennas shows a pattern of "lobes" at various angles, directions where the radiated signal strength reaches a maximum, separated by "nulls", angles at which the radiation falls to zero. In a directional antenna in which the objective is to emit the radio waves in one direction, the lobe in that direction is designed to be bigger than the others; this is the "main lobe". The other lobes are called "side lobes", and usually represent unwanted radiation in undesired directions. The side lobe in the opposite direction (180°) from the main lobe is called the "back lobe". In transmitting antennas, excessive side lobe radiation wastes energy and may cause interference to other equipment. In receiving antennas, side lobes may pick up interfering signals, and increase the noise level in the receiver..

en.wikipedia.org...


So does this mean that with different side lobe locations and angles they can scatter or point the beam in different directions??

I would like to see if annone can answer these questions. I am finding alot of information about bouncing, scattering, and pointing beams. How come people think that this is not possible?

reply to post by liejunkie01

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There really isn't room for a lesson in electromagnetic propagation but the picture in the lower right of the collage represents how satellite signals can be distorted by the ionosphere (and other things) before reaching an Earth station.

Signals transmitted to and from satellites for communication and navigation purposes must pass through the ionosphere. Ionospheric irregularities, most common at equatorial latitudes (although they can occur anywhere), can have a major impact on system performance and reliability, and commercial satellite designers need to account for their effects.

www.haarp.alaska.edu...

reply to post by Phage

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Ok, Thank you for the info.

This thread was a bunch of speculative opinions. I thought I would try to bring a little thought process here. By the looks of the pic, it seels to be bouncing off of everyting, but instead it is showin distortion. I "learneded" sumtin today.

Thank you.

reply to post by liejunkie01

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There was no speculation on my part...

Just sayin.

Apart from it being an S band radar, not C band... lol

reply to post by liejunkie01

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The bouncing is part of the distortion. I don't know if you're old enough to have endured broadcast television. One of the things we had to deal with was "ghosts", a multiple image produced by the TV signal bouncing off of mountains and buildings.

reply to post by Chadwickus

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Yup. The beam does go straight up.
Even with maximum deflection it still goes mostly straight up due to spreading.

reply to post by Chadwickus

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No problem here.

I didn't name names.

I just wanted the informaton. I looked over the main Haarp site for a couple of hours reading it.

It's all good.

reply to post by Phage

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I think I do recall the static tv screen at grandmas years ago.

She used to watch He-Haw all of the time. Can't forget about Benny Hill. I am not that old though. I am 32.

Thank you for filling me in.

reply to post by liejunkie01

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Great info!!

Now who wants to figure out the 30 degree tangent of a ray from Gakona, AK, bounced at 25+ miles high

reply to post by Thermo Klein

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Now who wants to figure out the 30 degree tangent of a ray from Gakona, AK, bounced at 25+ miles high

I think I will leave the trig to Phage. I am getting exhausted.

It is about time for bed. Typing getting sloppier by the post.

reply to post by Thermo Klein

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I recognize that due to there being 180 antennas they can direct it, but it could only reach line of site, maybe a few degrees away from Alaska.

One other possible way is to bounce the beam off the Ionosphere, then against an airplane, then back off the Ionosphere again.

You do realize that HAARP is not the only Phased Array in the world, right?

reply to post by ErtaiNaGia

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yup, I know of at least 4 (proven) and have heard there like 15 or so, via blogs.

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