Tungsten alloy γ-ray shield has high density, and the reduction in physical size does not affect the effectiveness of its rigid or shielding properties, so it is often used in places where space is limited or only small areas requiring absorption. Compared to traditional radiation shielding material, it can provide excellent value.
γ-ray belongs to high-frequency electromagnetic radiation. It can produce the interactions of subatomic particles, such as positive-negative electron annihilation, neutron-neutral meson decay, fusion, fission, or inverse Compton scattering in astrophysical processes. Because γ-ray is a form of ionizing radiation, it poses health risk. Tungsten alloy has a strong linear attenuation capacity to the beta beam of the cabinet beam, so the shielding performance of the radiation shield of the cabinet beam is better.
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