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Overdense meteors are less numerous and correspond to brighter meteors. The reflections can last for seconds.
If you see and hear sometimes a strong continuous signal that runs for more than a minute or so, that is unlikely to be a meteor echo.
Oh for crying out loud.
It's nothing.
At 55Mhz you sometimes get very long distance ionospheric propagation, i.e. signals skipping/reflecting off of the ionosphere. This type of propagation is called "Sporadic E
". This type of propagation results in signals being received from stations up to several thousand kilometers away, reliably, over long periods of time. The signal OP is seeing and that everyone is getting worked up over is a result of Sporadic E propagation.
That same frequency band can also propagate by meteor scatter, i.e. signals reflecting off of the plasma trail left by meteors entering the atmosphere. Meteor scatter propagation only happens in very short bursts. Reception of those very short bursts allows us to detect meteors impacting our atmosphere.
Source: Ham radio operator.
Don't take my word for it, read the information on the damn website.
If you see and hear sometimes a strong continuous signal that runs for more than a minute or so, that is unlikely to be a meteor echo. VHF radio waves are sometimes affected by an unusual form of ionosphere propagation called "Sporadic E".
Alien Invasion?
originally posted by: TruthxIsxInxThexMist
a reply to: dashen
RAMA.
You got 3 wrong, actually all of it is probable and is common. Therefore you got it all wrong lol. Aircraft can make a great reflector at 56mhz, even at quarter wave lengths. No matter how high the aircraft, it only needs to be in the path of the tx and rx, the same with clouds etc.. Sure 60,000 ft will travel far, but so can 100 ft.
1. Doesn't make sense, experienced by the neighborhood? Wtf does that mean lol.
2. Like aitcraft, a meteor only needs to cross the tx and rx.
4 and 5 looks good.
No... It does not have to be visible to both sites, it just needs to be between the rx and tx.
I can tell you did a google research.... your mixing the wrong terminology for this subject.
originally posted by: DexterRiley
a reply to: CraftyArrow
I'll admit that I'm not as familiar with modern systems as I should be. So, I'll take your word for it with respect to RFI infiltration in HDTVs and such. However, I think that standard radios, like clock radios, would still be susceptible to this type of interference.
No... It does not have to be visible to both sites, it just needs to be between the rx and tx.
The transmitter and receiver are 1000 km distant. Unless you are a flat-earther, you need to take into consideration the curvature of the earth when you define "between the rx and tx." The endpoints are over the horizon with respect to one another, thus to be "between the rx and tx" the object needs to be at such a high altitude.
I can tell you did a google research.... your mixing the wrong terminology for this subject.
I've been doing this type of stuff for a long time. But please feel free to show me where I have used the wrong terminology, if you can. But, I doubt it.
-dex
Your CB terminology is silly haha... I did have a good laugh when you posted it.
No one is going to notice a little rfi static that came from a ufo or plane etc...especially on a clock radio! lol
Look I drew u a picture, that plane can be 100 ft to 60,000 ft, it doesnt matter. The atmosphere can be ionosphere or troposhere, again it doesnt matter much in this case.
Also notice the line of site!
You havent been doing it long enough... im not trying to be a dick, but your putting out false information.
originally posted by: Thorsen
a reply to: TruthxIsxInxThexMist
HOLY ****. THANKS for the spoiler. I had just started reading the book yesterday and was really getting into it and wondering what the inhabitants were like. Me and my luck, jfc.