It absorbs secondary radiation produced by impacts on the tungsten.
2.
The fluorescence process is inefficient, and the secondary radiation is much weaker than the primary beam.
3.
What's the magnitude of the secondary radiation compared to the original radiation when dealing with that?
4.
In contrast, non-electromagnetic neutron radiation produced inside nuclear reactors can produce secondary radiation through nuclear transmutation.
5.
The problem with this " passive shielding " method is that radiation interactions in the material generate secondary radiation.
6.
This approximation neglects the directional distribution of secondary radiation and the non-linear path of delta rays, but simplifies analytic evaluation.
7.
It comprises around 40 families, and apparently originated as parasites of birds, before a secondary radiation saw some taxa become parasites of mammals.
8.
Natural sources of gamma rays on Earth are observed in the gamma decay of radionuclides and secondary radiation from atmospheric interactions with cosmic ray particles.
9.
During exposure, secondary radiation effects such as Fresnel diffraction, mask and substrate fluorescence, and the generation of Auger electrons and photoelectrons can lead to overexposure.
10.
Extremely intense solar proton flares capable of producing energetic protons with energies in excess of 100 MeV can increase neutron count rates at ground levels through secondary radiation effects.
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