RDTP 211B - Radiographic Analysis

1. Identify and describe the different forms of photon interaction used in radiation therapy.
2. Compare and contrast the clinical applications of kilovoltage equipment including Grenz-ray, contact, superficial treatments, and orothovoltage therapy.
3. Explain how x-rays are produced in a linear accelerator.
4. Describe the major components of a linear accelerator.
5. Construct a plan of action for patient treatment set up and delivery.
6. Discriminate between the goals of setup and portal imaging.
7. List and define beam-shaping and beam-modification devices.
8. Select appropriate responses to treatment interruptions.
9. Express the purpose of isocenter.
10. Explain the components and operation of a simulator (CT units).
11. Summarize the process of image acquisition during simulation.
12. Describe the methods used for creating a clinically useful beam.
13. Characterize therapeutic electron beams.