Graham's Principles and Applications of Radiological Physics
1. Graham's Principles and Applications of Radiological Physics - p. Page i 2. Cover - p. Page i 3. Front Matter - p. Page ii 4. Table of Contents - p. Page iii 5. GRAHAM’S Principles and Applications of Radiological Physics - p. Page iv 6. Copyright - p. Page v 7. Contents - p. Page vi 8. Preface - p. Page vii 9. Acknowledgement - p. Page viii 10. Dedication - p. Page ix 11. Front Matter - p. Page x 12. List of Illustrations - p. Page xi 13. List of Tables - p. Page xii 14. Chapter 1 : Principles of medical imaging - p. Page xii 15. Chapter 2 : Atoms and matter - p. Page xii 16. Chapter 3 : Classical physics principles—energy, force, matter and heat - p. Page xii 17. Chapter 4 : Units of measurement - p. Page xii 18. Chapter 5 : Electricity - p. Page xii 19. Chapter 6 : Magnetism and electromagnetism - p. Page xii 20. Chapter 7 : X-ray circuit components - p. Page xii 21. Chapter 8 : The laws of modern physics - p. Page xii 22. Chapter 9 : Electromagnetic radiations - p. Page xii 23. Chapter 10 : Radioactivity - p. Page xii 24. Chapter 11 : X-ray production - p. Page xii 25. 12 : The diagnostic X-ray tube - p. Page xii 26. Chapter 13 : X-ray attenuation - p. Page xii 27. Chapter 14 : Properties of X-ray beams - p. Page xii 28. Chapter 15 : Digital radiography: computed radiography and digital radiography systems - p. Page xii 29. Chapter 16 : Exposure factors and the digital radiographic image - p. Page xii 30. Chapter 17 : Mobile, portable and dental X-ray systems - p. Page xii 31. Chapter 18 : Mammography - p. Page xii 32. Chapter 19 : Fluoroscopy - p. Page xii 33. Chapter 20 : Computed tomography scanning - p. Page xii 34. Chapter 21 : Radiation dosimetry and protection - p. Page xii 35. Chapter 22 : The gamma camera - p. Page xii 36. Chapter 23 : Positron emission tomography and single photon emission computed tomography - p. Page xii 37. 24 : Ultrasound imaging - p. Page xii 38. Chapter 25 : Magnetic resonance imaging - p. Page xii 39. Chapter 26 : Hybrid scanners - p. Page xii 40. Chapter 27 : Medical informatics and radiology - p. Page xii 41. Chapter 28 : Safety and protection for non-ionising radiations - p. Page xii 42. 29 : Putting it all together—showing tissues with science - p. Page xii 43. Appendix A : Mathematics for radiography - p. Page xii 44. Appendix 2 : Modulation transfer function - p. Page xii 45. Appendix C : Signal-to-noise ratio - p. Page xii 46. Appendix D : International System of base units - p. Page xii 47. Table A : Powers of 10 - p. Page xii 48. Table B : Physical constants - p. Page xii 49. Table C : Important conversion factors - p. Page xii 50. Table D : Greek symbols and their common usage - p. Page xii 51. Table E : The periodic table of elements - p. Page xii 52. Table F : Electron configuration of the elements - p. Page xii 53. MCQ : SELF-TEST QUESTIONS - p. Page xii 54. Index - p. Page xii
Graham's Principles and Applications of Radiological Physics
1. Graham's Principles and Applications of Radiological Physics - p. Page i 2. Cover - p. Page i 3. Front Matter - p. Page ii 4. Table of Contents - p. Page iii 5. GRAHAM’S Principles and Applications of Radiological Physics - p. Page iv 6. Copyright - p. Page v 7. Contents - p. Page vi 8. Preface - p. Page vii 9. Acknowledgement - p. Page viii 10. Dedication - p. Page ix 11. Front Matter - p. Page x 12. List of Illustrations - p. Page xi 13. List of Tables - p. Page xii 14. Chapter 1 : Principles of medical imaging - p. Page xii 15. Chapter 2 : Atoms and matter - p. Page xii 16. Chapter 3 : Classical physics principles—energy, force, matter and heat - p. Page xii 17. Chapter 4 : Units of measurement - p. Page xii 18. Chapter 5 : Electricity - p. Page xii 19. Chapter 6 : Magnetism and electromagnetism - p. Page xii 20. Chapter 7 : X-ray circuit components - p. Page xii 21. Chapter 8 : The laws of modern physics - p. Page xii 22. Chapter 9 : Electromagnetic radiations - p. Page xii 23. Chapter 10 : Radioactivity - p. Page xii 24. Chapter 11 : X-ray production - p. Page xii 25. 12 : The diagnostic X-ray tube - p. Page xii 26. Chapter 13 : X-ray attenuation - p. Page xii 27. Chapter 14 : Properties of X-ray beams - p. Page xii 28. Chapter 15 : Digital radiography: computed radiography and digital radiography systems - p. Page xii 29. Chapter 16 : Exposure factors and the digital radiographic image - p. Page xii 30. Chapter 17 : Mobile, portable and dental X-ray systems - p. Page xii 31. Chapter 18 : Mammography - p. Page xii 32. Chapter 19 : Fluoroscopy - p. Page xii 33. Chapter 20 : Computed tomography scanning - p. Page xii 34. Chapter 21 : Radiation dosimetry and protection - p. Page xii 35. Chapter 22 : The gamma camera - p. Page xii 36. Chapter 23 : Positron emission tomography and single photon emission computed tomography - p. Page xii 37. 24 : Ultrasound imaging - p. Page xii 38. Chapter 25 : Magnetic resonance imaging - p. Page xii 39. Chapter 26 : Hybrid scanners - p. Page xii 40. Chapter 27 : Medical informatics and radiology - p. Page xii 41. Chapter 28 : Safety and protection for non-ionising radiations - p. Page xii 42. 29 : Putting it all together—showing tissues with science - p. Page xii 43. Appendix A : Mathematics for radiography - p. Page xii 44. Appendix 2 : Modulation transfer function - p. Page xii 45. Appendix C : Signal-to-noise ratio - p. Page xii 46. Appendix D : International System of base units - p. Page xii 47. Table A : Powers of 10 - p. Page xii 48. Table B : Physical constants - p. Page xii 49. Table C : Important conversion factors - p. Page xii 50. Table D : Greek symbols and their common usage - p. Page xii 51. Table E : The periodic table of elements - p. Page xii 52. Table F : Electron configuration of the elements - p. Page xii 53. MCQ : SELF-TEST QUESTIONS - p. Page xii 54. Index - p. Page xii
