Earth: How Gamma Rays Are Blocked From Space?

YOU tell me now plz

YOU tell me now plz

Pretty sure your stupidity would block the gamma rays for most of the solar system.

Or perhaps your sideways moon is blocking them with angular distortion

Oh well, we have the dumbest AuSS here.

What a deal.

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Pretty sure your stupidity would block the gamma rays for most of the solar system.

Or perhaps your sideways moon is blocking them with angular distortion

YOU tell me now plz

:science:

Ah ok, missed the very original flag. send me some kiwis

but to answer your question, its the oxygen and nitrogen from the exosphere down to the "ozone layer" (lower stratosphere) serve to stop gamma radiation coming from outside our atmosphere.

Science bitch

Now, lets see.

Some says that Gamma Rays can be stopped by the Earth's Magnetic Field.

Other one says the only way to stop these kind of rays is the Lead.

The dumbers usually says its the Ozone Layer

Looky looky what this article say:

HOW MUCH IS TOO MUCH: Not all of the radiation from a solar flare reaches the earth at the level where we live, but commercial aircraft fly at much higher altitudes where the earth's magnetic field is weaker. So higher levels of radiation may be present.

Source >>>>>>>>>> [link to www.sciencedaily.com]

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And not all radiation from the sun is Gamma, so what's your point.

The sun mainly produces X-Ray and Infrared.

Go read some books.

Now, Are you trying to climb the mirror?



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Ultraviolet Radiation, its the only one that can be filtered in the Ozone Layer.



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Listen you dumb sack of shit.

I said exosphere, I did NOT say the ozone layer stopped Gamma, I said from the exosphere to the ozone layer.

Here is a picture since words seem to confuse you
[link to d1jqu7g1y74ds1.cloudfront.net]

Interesting, I'm sure that you can link some credible sources that claim your "knowledge", right?


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Gamma rays have the shortest wavelength and highest frequency of all EM radiation. Only the very highest energies can reach the surface, the rest are absorbed by Ozone in the Earth's upper atmosphere. Gamma rays are produced in areas of extremely high temperature, density and magnetic fields. Gamma ray observations were first taken in the 1960s on the Apollo and Ranger missions. The first sky surveys were done in the 1970s by the SAS-2 and COS-B followed up by the HEAO satellites in the late 70s and Granat in the early 90s. Gamma rays of above 100GeV require instruments larger than can be carried on satellites and for these energies the Earth's atmosphere itself is used as a detector, with optical telescopes used to record the Cerenkov radiation produced by the photons.



References:

Snow T.P. & Brownsberger K.R. (1997) Universe: Origins and Evolution
Ridpath I. (1997) Oxford Dictionary of Astronomy

Gamma rays have the shortest wavelength and highest frequency of all EM radiation. Only the very highest energies can reach the surface, the rest are absorbed by Ozone in the Earth's upper atmosphere.

Gamma rays are produced in areas of extremely high temperature, density and magnetic fields. Gamma ray observations were first taken in the 1960s on the Apollo and Ranger missions.

The first sky surveys were done in the 1970s by the SAS-2 and COS-B followed up by the HEAO satellites in the late 70s and Granat in the early 90s. Gamma rays of above 100GeV require instruments larger than can be carried on satellites and for these energies the Earth's atmosphere itself is used as a detector, with optical telescopes used to record the Cerenkov radiation produced by the photons.


References:

Snow T.P. & Brownsberger K.R. (1997) Universe: Origins and Evolution
Ridpath I. (1997) Oxford Dictionary of Astronomy

hmmm, lets see what Kiwi Man had posted right now



There is not, nothing that claim your "knowledge" here.

poor troll