Solution Manual for Principles of Radiographic Imaging: An Art and A Science, 5th Edition, Richard R. Carlton Arlene McKenna Adler

Solution Manual for Principles of Radiographic Imaging: An Art and A Science, 5th Edition, Richard R. Carlton, Arlene McKenna Adler,

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Unit I: CREATING THE BEAM.
1. Basic Mathematics.
2. Radiation Concepts.
3. Electricity.
4. Electromagnetism.
5. X-Ray Equipment.
6. The X-Ray Tube.
7. X-Ray Production.
Unit II: PROTECTING PATIENTS AND PERSONNEL.
8. Radiation Protection Concepts and Equipment.
9. Radiation Protection Procedures for Patients and Personnel.
10. Filtration.
11. The Prime Factors.
12. The X-Ray Interactions.
13. Minimizing Patient Dose.
Unit III: Creating the Image.
14. Vision and Perception.
15. Beam Restriction.
16. The Patient as Beam Emitter.
17. The Pathology Problem.
18. The Grid.
19. Radiographic Film.
20. Film Processing.
21. Film Sensitometry.
22. Intensifying Screens and Film/Screen Combinations.
23. Digital Radiography.
24. Picture Archiving and Communication Systems (PACS).
Unit IV: ANALYZING THE IMAGE.
25. The Imaging Process.
26. Density/Image Receptor Exposure.
27. Contrast.
28. Recorded Detail.
29. Distortion.
30. The Art of Film Critique.
31. Quality Management.
Unit V: COMPARING EXPOSURE SYSTEMS.
32. Exposure Systems and Charts.
33. Automatic Exposure Controls.
34. Exposure Conversion Problems.
Unit VI: SPECIAL IMAGING SYSTEMS.
35. Mobile Radiography.
36. Fluoroscopy.
37. Tomography and Digital Tomosynthesis.
38. Mammography.
39. Bone Densitometry.
40. Vascular Imaging Equipment.
41. Computed Tomography.
42. Magnetic Resonance Imaging.
43. Nuclear Medicine and PET Scanning.
44. Radiation Therapy and Medical Dosimetry.
45. Diagnostic Medical Sonography.