Tungsten alloy radiation wall has a good ability to shield the ray. It weakens the photoelectron and causes the photoelectron to form a decaying electron couple to form attenuation, thereby shielding x-rays and gamma rays. It is widely used in nuclear power plants, industrial fields, medical X-ray systems, radioisotopes, accelerators and many other fields.
Characteristic
The design principle of the tungsten alloy radiation wall stems from the principle of half-life of radioactive elements, which aims to reduce the amount of radiation by absorbing the shielding element particles. Charged particles react with electrons in the material, losing energy, and thus emitting decay.
Applications
Tungsten alloy radiation wall can absorb harmful rays, which provide protection for workers and structural materials. It can provide radiation protection for electronic equipment and photo-sensitive film.
Tungsten alloy radiation wall can absorb charged particles, combined with other shielding materials. The interaction between metal particles and special particles contained can provide better radiation protection.
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