Reinforce your understanding of diagnostic imaging and sharpen your radiographic skills! Corresponding to the chapters in Bushong’s Radiologic Science for Technologists, 13th Edition, this workbook helps you review key concepts and gain the technical knowledge needed to become an informed and confident radiographer. More than 100 worksheets include engaging exercises that enable you to assess your comprehension and apply your knowledge to imaging practice.
1. Title of Book - p. i 2. Cover image - p. i 3. Title page - p. ii 4. Table of Contents - p. iii 5. Copyright - p. iv 6. Preface - p. v 7. PART I: RADIOLOGIC PHYSICS - p. 1 8. Chapter 1. Essential Concepts of Radiologic Science - p. 1a 9. Chapter 2. Basic Physics Primer - p. 11 10. Chapter 3. The Structure of Matter - p. 17 11. Chapter 4. Electromagnetic Energy - p. 27 12. Chapter 5. Electricity, Magnetism, and Electromagnetism - p. 39 13. PART II: X-RADIATION - p. 53 14. Chapter 6. The X-Ray Imaging System - p. 53a 15. Chapter 7. The X-Ray Tube - p. 63 16. Chapter 8. X-Ray Production - p. 69 17. Chapter 9. X-Ray Emission - p. 79 18. Chapter 10. X-Ray Interaction With Matter - p. 87 19. PART III: X-RAY IMAGING - p. 95 20. Chapter 11. Computed Radiography - p. 95a 21. Chapter 12. Digital Radiography - p. 99 22. Chapter 13. Digital Radiographic Technique - p. 101 23. Chapter 14. Image Acquisition - p. 105 24. Chapter 15. Scatter Radiation - p. 113 25. Chapter 16. Digital Image Descriptors and Evaluation - p. 123 26. Chapter 17. Radiographic Artifacts - p. 127 27. PART IV: ADVANCED MEDICAL IMAGING - p. 129 28. Chapter 18. Mammography - p. 129a 29. Chapter 19. Fluoroscopy - p. 133 30. Chapter 20. Interventional Radiology - p. 141 31. Chapter 21. Computed Tomography - p. 143 32. Chapter 22. Tomosynthesis - p. 151 33. PART V: MEDICAL IMAGE DISPLAY - p. 155 34. Chapter 23. Patient-Image Optimization - p. 155a 35. Chapter 24. Viewing the Medical Image - p. 163 36. Chapter 25. Medical Image Informatics - p. 165 37. Chapter 26. Digital Display Device - p. 167 38. PART VI: THE MEDICAL IMAGE - p. 171 39. Chapter 27. Imaging Science - p. 171a 40. Chapter 28. Artificial Intelligence - p. 175 41. Chapter 29. Quantum Computing - p. 179 42. Chapter 30. Image Perception - p. 181 43. PART VII: RADIOBIOLOGY - p. 185 44. Chapter 31. Human Biology - p. 185a 45. Chapter 32. Fundamental Principles of Radiobiology - p. 191 46. Chapter 33. Molecular Radiobiology - p. 195 47. Chapter 34. Cellular Radiobiology - p. 197 48. Chapter 35. Deterministic Effects of Radiation - p. 199 49. Chapter 36. Stochastic Effects of Radiation - p. 203 50. PART VIII: RADIATION PROTECTION - p. 207 51. Chapter 37. Health Physics - p. 207a 52. Chapter 38. Designing for Radiation Protection - p. 209 53. Chapter 39. Radiography/Fluoroscopy Patient Radiation Dose - p. 213 54. Chapter 40. Computed Tomography Patient Radiation Dose - p. 215 55. Chapter 41. Patient Radiation Dose Management - p. 217 56. Chapter 42. Occupational Radiation Dose Management - p. 219
Reinforce your understanding of diagnostic imaging and sharpen your radiographic skills! Corresponding to the chapters in Bushong’s Radiologic Science for Technologists, 13th Edition, this workbook helps you review key concepts and gain the technical knowledge needed to become an informed and confident radiographer. More than 100 worksheets include engaging exercises that enable you to assess your comprehension and apply your knowledge to imaging practice.
1. Title of Book - p. i 2. Cover image - p. i 3. Title page - p. ii 4. Table of Contents - p. iii 5. Copyright - p. iv 6. Preface - p. v 7. PART I: RADIOLOGIC PHYSICS - p. 1 8. Chapter 1. Essential Concepts of Radiologic Science - p. 1a 9. Chapter 2. Basic Physics Primer - p. 11 10. Chapter 3. The Structure of Matter - p. 17 11. Chapter 4. Electromagnetic Energy - p. 27 12. Chapter 5. Electricity, Magnetism, and Electromagnetism - p. 39 13. PART II: X-RADIATION - p. 53 14. Chapter 6. The X-Ray Imaging System - p. 53a 15. Chapter 7. The X-Ray Tube - p. 63 16. Chapter 8. X-Ray Production - p. 69 17. Chapter 9. X-Ray Emission - p. 79 18. Chapter 10. X-Ray Interaction With Matter - p. 87 19. PART III: X-RAY IMAGING - p. 95 20. Chapter 11. Computed Radiography - p. 95a 21. Chapter 12. Digital Radiography - p. 99 22. Chapter 13. Digital Radiographic Technique - p. 101 23. Chapter 14. Image Acquisition - p. 105 24. Chapter 15. Scatter Radiation - p. 113 25. Chapter 16. Digital Image Descriptors and Evaluation - p. 123 26. Chapter 17. Radiographic Artifacts - p. 127 27. PART IV: ADVANCED MEDICAL IMAGING - p. 129 28. Chapter 18. Mammography - p. 129a 29. Chapter 19. Fluoroscopy - p. 133 30. Chapter 20. Interventional Radiology - p. 141 31. Chapter 21. Computed Tomography - p. 143 32. Chapter 22. Tomosynthesis - p. 151 33. PART V: MEDICAL IMAGE DISPLAY - p. 155 34. Chapter 23. Patient-Image Optimization - p. 155a 35. Chapter 24. Viewing the Medical Image - p. 163 36. Chapter 25. Medical Image Informatics - p. 165 37. Chapter 26. Digital Display Device - p. 167 38. PART VI: THE MEDICAL IMAGE - p. 171 39. Chapter 27. Imaging Science - p. 171a 40. Chapter 28. Artificial Intelligence - p. 175 41. Chapter 29. Quantum Computing - p. 179 42. Chapter 30. Image Perception - p. 181 43. PART VII: RADIOBIOLOGY - p. 185 44. Chapter 31. Human Biology - p. 185a 45. Chapter 32. Fundamental Principles of Radiobiology - p. 191 46. Chapter 33. Molecular Radiobiology - p. 195 47. Chapter 34. Cellular Radiobiology - p. 197 48. Chapter 35. Deterministic Effects of Radiation - p. 199 49. Chapter 36. Stochastic Effects of Radiation - p. 203 50. PART VIII: RADIATION PROTECTION - p. 207 51. Chapter 37. Health Physics - p. 207a 52. Chapter 38. Designing for Radiation Protection - p. 209 53. Chapter 39. Radiography/Fluoroscopy Patient Radiation Dose - p. 213 54. Chapter 40. Computed Tomography Patient Radiation Dose - p. 215 55. Chapter 41. Patient Radiation Dose Management - p. 217 56. Chapter 42. Occupational Radiation Dose Management - p. 219
