Tungsten alloy shielding poly energy ring
What is tungsten alloy shielding poly energy ring?
In the nuclear research, tungsten alloy shielding poly energy ring is used to guide and focus on radiation beams to develop radioactive materials. Tungsten alloy shielding can guide the radiation beam to the specified target. In addition, conventional radiation therapy needs to shovel the rules of x radiation at a certain distance from the X -radiation source at a certain distance in order to radiate radiation therapy in a certain large and shape tumor in the patient's body. The tungsten alloy shielding rings can guide X -ray to radiate tumors to ensure that X -rays do not harm the healthy tissue organs around the tumor.
Tungsten alloy shielding poly energy ring tungsten alloy shielding poly energy ring
As we all know, electronic equipment commonly used in life can generate electromagnetic radiation. For our own health, we need to take measures to block these electromagnetic radiation. The tungsten alloy is the best raw material for tungsten alloy to shield the poly energy ring. Compared with traditional shielding materials, the volume of tungsten alloy shielding poly energy ring is smaller. The high density of tungsten alloys can provide radiation shielding capabilities comparable to the same weight, while the volume is only 1/3 of the lead.
Why use tungsten alloy to shield the poly energy ring?
Compared with traditional shielding materials, such as lead and boron -carbonized, the same weight shielding material, smaller tungsten alloy alloy shielding rings, density is higher. Compared with the same weight, compared with the same weight, the volume of the tungsten alloy shielding poly energy ring is only 1/3 of the lead, but the high density makes it have the equivalent ray absorption capacity as the lead.
After the weight is determined, the density is higher, but the thickness of the tungsten alloy is thinner. Due to the high density of tungsten alloys, the thickness of the shielding rings is thinner, but the ray absorption ability is higher. This is why tungsten alloy shielding materials have become the best raw materials for tungsten alloy shielding poly energy ring. The tungsten alloy shielding rings we produce are high -quality products.
When the shielding design is performed, the thickness of the shielding material can be calculated according to the total weakening multiple reached by the shielding layer.
Formula: K = E0.693 D / △ 1/2
K: The total weakening multiple of the shielding layer
△ 1/2: The half -value value of the shielding material
D: The thickness of the shielding layer, the unit thickness of the unit is the same as the thickness of the half -value layer. When the thickness thickness of the half -value layer is converted into the thickness of the material, it can be obtained by removing the density of the material.
