X-Ray Irradiation
Control or eliminate biological agents without the use of chemicals or heat
X-Ray Irradiation
Control or eliminate biological agents without the use of chemicals or heat
What is X-Ray Irradiation?
X-ray irradiation involves using X-rays, a form of electromagnetic radiation, to expose materials or biological entities to high-energy photons. This process has various applications across different fields, including medical, industrial, and scientific areas. Here’s a closer look at what X-ray irradiation entails and its uses:
X-Ray Irradiation
How It Works
X-rays are generated by bombarding a metal target (commonly tungsten) with high-speed electrons in a vacuum tube. The resulting X-rays have wavelengths ranging from 0.01 to 10 nanometers, making them capable of penetrating most substances to varying degrees. The ability of X-rays to penetrate materials depends on the material’s thickness and density.
X-Ray Irradiation
The benefits
Precision and Control:
X-rays can be precisely controlled in terms of dose and penetration, making them suitable for various applications without excessive damage to materials.
Environmentally Friendly:
Unlike chemical methods, X-ray irradiation does not produce chemical waste, making it a cleaner alternative for sterilization and processing.
Effectiveness:
X-rays have a high penetration depth, which allows them to effectively sterilize or inspect even dense or thick materials.