What is the likely impact of using inadequate filtration in radiographic imaging?

Using inadequate filtration in radiographic imaging leads to increased patient exposure. Filtration is designed to remove low-energy X-rays that do not contribute to the diagnostic quality of images but do contribute to the overall dose of radiation received by the patient. When filtration is insufficient, more of these low-energy X-rays penetrate through the patient's body, which not only does not improve image quality but also increases the radiation dose.

Higher patient exposure can raise the risk of radiation-related complications and goes against the principles of radiation safety, which aim to minimize exposure while still achieving the necessary diagnostic outcomes. Proper filtration is essential to ensure that only the higher-energy X-rays, which have the capability of producing useful images, are utilized, thereby reducing unnecessary radiation to the patient.

This understanding emphasizes the importance of using appropriate filtration in ensuring patient safety while obtaining high-quality radiographic images.