Do the most energetic type C ultraviolet rays arrive on the groun1 .pdf
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Do the most energetic type C ultraviolet rays arrive on the ground?
How is it that the ozone layer stops the most energetic UVC rays and leaves the least UVA and UVB energy?
I say that the ozone layer can not retain these three categories of UV rays but that it is their wavelength
that plays the game, look at the UVC, at noon the distance between the sun and the earth is the most short, a
small part of the earth on the equator passes into a UVC area, the ground is in contact with them, it reflects
them laterally and as the earth is round, all the rest of its surface is spared. This phenomenon moves to the
nearest second since the earth revolves around itself, the points that have undergone this effect move away
from this red zone and it is the others that replace them.
Now at the ocean level, the earth is always at the same distance from the sun at noon but this time it is the
water that will touch these UVC and there, the water does not reflect them, it absorbs them, it takes their
energy but it pays, they break it down into H2 and O and it is the photolysis of ocean waters that we sing.
hv +H2O H2↗+ O↗ free, being both lighter than air, they escape at altitude, the hydrogen will be placed
the highest and the oxygen below.