Principles of Radiographic Imaging: An Art and A Science samenvattingen

TABLE OF CONTENTS 1. Basic mathematics 2. Radiation concepts 3. Electricity 4. Electromagnetism 5. X-ray equipment 6. The X-ray tube 7. X-ray production 8. Radiation protection concepts and equipment 9. Radiation protection procedures for patients and personnel 10. Filtration 11. The prime factors 12. X-ray interactions 13. Minimizing patient dose 14. Vision and perception 15. Beam restriction 16. The patient as a beam emitter 17. The pathology problem 18. The grid 19. Radiolo...

TABLE OF CONTENTS 1. Basic mathematics 2. Radiation concepts 3. Electricity 4. Electromagnetism 5. X-ray equipment 6. The X-ray tube 7. X-ray production 8. Radiation protection concepts and equipment 9. Radiation protection procedures for patients and personnel 10. Filtration 11. The prime factors 12. X-ray interactions 13. Minimizing patient dose 14. Vision and perception 15. Beam restriction 16. The patient as a beam emitter 17. The pathology problem 18. The grid 19. Radiolo...

TABLE OF CONTENTS 1. Basic mathematics 2. Radiation concepts 3. Electricity 4. Electromagnetism 5. X-ray equipment 6. The X-ray tube 7. X-ray production 8. Radiation protection concepts and equipment 9. Radiation protection procedures for patients and personnel 10. Filtration 11. The prime factors 12. X-ray interactions 13. Minimizing patient dose 14. Vision and perception 15. Beam restriction 16. The patient as a beam emitter 17. The pathology problem 18. The grid 19. Radiolo...

TABLE OF CONTENTS 1. Basic mathematics 2. Radiation concepts 3. Electricity 4. Electromagnetism 5. X-ray equipment 6. The X-ray tube 7. X-ray production 8. Radiation protection concepts and equipment 9. Radiation protection procedures for patients and personnel 10. Filtration 11. The prime factors 12. X-ray interactions 13. Minimizing patient dose 14. Vision and perception 15. Beam restriction 16. The patient as a beam emitter 17. The pathology problem 18. The grid 19. Radiolo...