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This book is the essential and highly praised revision aid for the Royal College of Radiologists' FRCR Part 1 exam, presenting questions in a similar style to the exam and accompanied by detailed explanations.
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This book is the essential and highly praised revision aid for the Royal College of Radiologists' FRCR Part 1 exam, presenting questions in a similar style to the exam and accompanied by detailed explanations.
Produktdetails
- Produktdetails
- Verlag: Taylor & Francis Ltd
- Seitenzahl: 144
- Erscheinungstermin: 16. Februar 2004
- Englisch
- Abmessung: 233mm x 154mm x 10mm
- Gewicht: 264g
- ISBN-13: 9781853155789
- ISBN-10: 1853155780
- Artikelnr.: 21379334
- Verlag: Taylor & Francis Ltd
- Seitenzahl: 144
- Erscheinungstermin: 16. Februar 2004
- Englisch
- Abmessung: 233mm x 154mm x 10mm
- Gewicht: 264g
- ISBN-13: 9781853155789
- ISBN-10: 1853155780
- Artikelnr.: 21379334
Damian Tolan MBChB MRCP(UK) Specialist Registrar in Diagnostic Radiology, Leeds Rachel Hyland MBChB Specialist Registrar in Diagnostic Radiology, Leeds Christopher Taylor BSc Head of Radiological Physics, Radiation Protection Adviser and Head of Leeds FRCR Physics Teaching Programme, Leeds Teaching Hospitals Trust Arnold Cowen BSc Senior Lecturer in Medical Physics, University of Leeds
Foreword by Philip JA Robinson, Professor of Clinical Radiology, St James's
University Hospital, Leeds
Abbreviations
Introduction
1. Fundamental properties of matter, radiation and radioactive decay
2. Production of x-rays
3. Interactions of ionising radiation with matter
4. Factors affecting image quality
5. Conventional film processing
6. Quality assurance and quality control
7. Mammography
8. Special radiographic techniques
9. Image intensifiers and fluoroscopy
10. Computed tomography scanning
11. Radionuclide imaging
12. Radiation protection
13. Patient dosimetry
14. UK Legislation - Statutory Requirements and Non-statutory
Recommendations
Mock examination
University Hospital, Leeds
Abbreviations
Introduction
1. Fundamental properties of matter, radiation and radioactive decay
2. Production of x-rays
3. Interactions of ionising radiation with matter
4. Factors affecting image quality
5. Conventional film processing
6. Quality assurance and quality control
7. Mammography
8. Special radiographic techniques
9. Image intensifiers and fluoroscopy
10. Computed tomography scanning
11. Radionuclide imaging
12. Radiation protection
13. Patient dosimetry
14. UK Legislation - Statutory Requirements and Non-statutory
Recommendations
Mock examination
Foreword by Philip JA Robinson, Professor of Clinical Radiology, St James's
University Hospital, Leeds
Abbreviations
Introduction
1. Fundamental properties of matter, radiation and radioactive decay
2. Production of x-rays
3. Interactions of ionising radiation with matter
4. Factors affecting image quality
5. Conventional film processing
6. Quality assurance and quality control
7. Mammography
8. Special radiographic techniques
9. Image intensifiers and fluoroscopy
10. Computed tomography scanning
11. Radionuclide imaging
12. Radiation protection
13. Patient dosimetry
14. UK Legislation - Statutory Requirements and Non-statutory
Recommendations
Mock examination
University Hospital, Leeds
Abbreviations
Introduction
1. Fundamental properties of matter, radiation and radioactive decay
2. Production of x-rays
3. Interactions of ionising radiation with matter
4. Factors affecting image quality
5. Conventional film processing
6. Quality assurance and quality control
7. Mammography
8. Special radiographic techniques
9. Image intensifiers and fluoroscopy
10. Computed tomography scanning
11. Radionuclide imaging
12. Radiation protection
13. Patient dosimetry
14. UK Legislation - Statutory Requirements and Non-statutory
Recommendations
Mock examination