Gamma tungsten radiation shield
Gamma radiation, also known as gamma rays (denoted by gamma) is high-frequency electromagnetic radiation (with very short wavelengths). They produce interactions of subatomic particles such as positron annihilation, neutral pion decay, fusion, fission or inverse compton scattering in astrophysical processes. Because gamma rays are a form of ionizing radiation they can cause health hazards. A classical gamma-ray source of a type of radioactive decay called gamma decay emits gamma-rays from excited nuclei almost immediately. However, gamma decay can also be described by isomer transitions, which include a relatively long half-life to inhibit gamma decay.
Tungsten with high density and high ordinal number is the most effective gamma shielding material. As we know, the high density of tungsten is closely related to ray density, mechanical properties, as well as strength and non-toxicity. Gamma tungsten radiation shielding components are often used in places where space is limited or where absorption is required only in small areas.
The density of gamma tungsten shielding components is very high, and a reduction in the physical size of the shielding components does not affect their rigidity or effectiveness of the shielding characteristics. Tungsten gamma shielding offers superior value compared to traditional radiation shielding materials. High-density tungsten alloys can provide the same energy absorption as lead using 1/3 less material! Unlike lead, you can also reduce administrative costs without getting a special license, which is not required. Customers worldwide are using tungsten alloys for reliable radiation shielding.
Gamma rays are used to kill and treat certain types of cancer and tumors. But gamma rays can also damage other cells in our bodies. Therefore, we need tungsten gamma shielding to control gamma rays, and we can also use gamma ray inspection or weak spots in oil pipeline welds for metal castings. Gamma rays are used in industry to detect internal defects in metal castings and welded structures. In this case, we need tungsten gamma shielding to protect our bodies from gamma rays.
Geological logging tungsten gamma radiation shield: Geological logging is an exploration technology used primarily in the oil and gas industry. It is also known as wire logging and well logging. Gamma-ray sources reduce well penetration and radiation penetrates rock formations, and from this data can then be analyzed to determine whether there is gas or oil. Tungsten alloys are used in shielding radioactive sources and in γ -ray collimators.
Industrial radiography: Industrial radiography uses gamma rays to detect materials, often used for faults in metal and concrete structures. Tungsten gamma radiation shielding is also used in pipeline patrol and tungsten collimator equipment.
