QUOTE (skyeagle409 @ Apr 20 2008, 07:21 PM)

That data I provided is not indicative of any natural phenomena and as I provided yesterday, an example of what I was talking about in regards to throwing a rubber ball against a concrete wall and then, throw a bowling ball against that wall and note the difference in sound.
Radar "ghost angels" are sometimes picked up on radar but the radar filters them out and besides, radar controllers can easily identify such phenomena on their scopes as noted by Harry Barnes, senior radar controller, and are just filtered out, so what you are proving to me is, you have no concept of what radar signatures regarding those of natural phenomena and those of solid objects are all about.
On the contrary, but apparently you either didn't read what I wrote regarding your rubber/bowling ball example or simply didn't understand it, by all means of respect. So let me be very clear. A plasma when reflective will exhibit a surface reflection! A plasma will therefore act like a big metal shape with respect to radar. This is the important distinction to make and understand, as by far most weather phenomena (like thunder clouds and otherwise) exhibit distributed reflection throughout their volume, thus the hazy appearance on a radar scope and the ability to actually filter it out (by means of hardware or software).
Consequently, a plasma will be the
equivalent of a metal shape (radar wise), can travel at hypersonic velocities (without a sonic boom), can have very high acceleration rates and have geometrical shapes. Can you tell me how to differentiat and filter that out?! And how can radar controllers identify something like that when the likelyhood of them actually ever encountering it is rather small?!
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I have to stop you right there!! The F-16's radar is an all-weather, multi-mode radar so what does that tell you if the radar is operating in STT mode or even in TWS or ACM modes? Once again, the data does not reflect any signature of any natural phenomena so it is surprising to me as to why you think the object could have been the result of any atmospheric phenomena..
The F-16 radar (AN/APG-66) is indeed an all-weather, multi mode radar with a whole host of modes, none of which are exclude-phenomena-not-known-or-too-similar-to-an-aircraft. I honestly don't see what Single Target Track, Air Combat Maneuvering or Track While Scan has to do with this. These modes cannot eliminate what I described above, mainly just up the odds of tracking it.
Again, a
reflective plasma does not give the same return as a rain cloud, but rather that of a solid object!
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There is another point that proves the object was NOT the result of any natural phenomena, known, or unknown. Do you know what it is?
As pertaining to the Belgian Radar data, no I do not - please do enlighten me.
Cheers,
Badeskov