What impact does scatter radiation have in radiographic imaging?

Scatter radiation significantly impacts radiographic imaging by decreasing image clarity and potentially increasing exposure to patients. This occurs because scatter radiation introduces additional, unwanted signals that can obscure the primary image details, leading to reduced contrast and resolution. As the scatter adds noise to the image, the radiologist or technician may require higher doses of radiation to achieve acceptable image quality. Consequently, not only does scatter radiation compromise the visual information present in the image, but it may also inadvertently increase the radiation exposure to patients and healthcare providers, elevating the risks associated with diagnostic imaging procedures. This is why controlling scatter through proper techniques and equipment settings is critical in achieving high-quality radiographic images.