Written by practitioners experienced in the field, 'Practical Radiation Protection in Healthcare' provides a practical guide for medical physicists and others involved with radiation protection in the healthcare environment.
Written by practitioners experienced in the field, 'Practical Radiation Protection in Healthcare' provides a practical guide for medical physicists and others involved with radiation protection in the healthcare environment.Hinweis: Dieser Artikel kann nur an eine deutsche Lieferadresse ausgeliefert werden.
Colin Martin has worked as a hospital-based Medical Physicist in Radiation Protection and Diagnostic Radiology in Scotland for 30 years. He is now an honorary senior lecturer with the University of Glasgow, UK. His research has involved radiation protection in medicine, optimisation of radiation protection in diagnostic radiology and non-ionising radiations. Dr Martin is a member of Committee 3 of ICRP (Protection in Medicine) and of IAEA committees, and has been involved in medical exposure projects as an expert for the IAEA. He is a member of Editorial Boards for the Journal of Radiological Protection and Radiation Protection Dosimetry. David Sutton has worked as a hospital-based Medical Physicist for over 30 years. His work and research has involved the physics of nuclear medicine, radiation protection in medicine, and the optimisation of radiation protection in diagnostic radiology. Dr Sutton is chair of the UK radiation protection accreditation body RPA2000, has been involved in several UK medical physics initiatives and has acted as an expert for the IAEA. He is an associate editor of the British Journal of Radiology.
Inhaltsangabe
* Part I. Ionising Radiations: Hazards, Detection and Measurement * 1: C J Martin: The Development of Radiation Protection * 2: C J Martin and D Sutton: Interaction of Ionising Radiations with Matter * 3: C J Martin and A Wojcik: Biological Effects of Ionising Radiation * 4: S Green and R G Zamenhof: Radiation Measurements * Part II. Protection Against Ionising Radiations * 5: C J Martin, P Allisy-Roberts and J Le Heron: Ionising Radiation Legislation * 6: K E Goldstone Operational Radiation Protection: Principles and Control Methods * 7: D G Sutton: Operational Radiation Protection * 8: D H Temperton: Personal Monitoring * 9: Jill Reay and David Sutton: Control of Radioactive Substances * 10: C J Martin and J Robertson: Intervention, Incidents and Emergencies * Part III. Ionising Radiation in Medicine and Research * 11: C J Martin and D G Sutton: Risk Control in Medicine * 12: J R Williams: Diagnostic Radiology: Equipment * 13: D G Sutton and C J Martin: Diagnostic Radiology: Facility * 14: C J Martin and D G Sutton: Diagnostic Radiology: Patient Dosimetry * 15: C L Chapple and I McLean: CT Dosimetry * 16: C J Martin and D G Sutton: Interventional Radiology * 17: S Batchelor and B Walmsley: Nuclear Medicine and Radionuclide Laboratories * 18: C Greaves and M J Dunn: The Nuclear Medicine Patient * 19: D Peet, P Horton, D G Sutton and C J Martin: Radiotherapy: External Beam Therapy * 20: D Peet, P Horton, D G Sutton and C J Martin: Radiotherapy: Brachytherapy * Part IV. Non-Ionising Radiation * 21: H Moseley: Lasers * 22: D K Taylor: Non-Coherent Optical Radiation Sources * 23: J W Hand: Electromagnetic Fields * 24: B Condon and J MacFarlane: Magnetic Resonance * 25: S D Pye and B Zequri: Ultrasound
* Part I. Ionising Radiations: Hazards, Detection and Measurement * 1: C J Martin: The Development of Radiation Protection * 2: C J Martin and D Sutton: Interaction of Ionising Radiations with Matter * 3: C J Martin and A Wojcik: Biological Effects of Ionising Radiation * 4: S Green and R G Zamenhof: Radiation Measurements * Part II. Protection Against Ionising Radiations * 5: C J Martin, P Allisy-Roberts and J Le Heron: Ionising Radiation Legislation * 6: K E Goldstone Operational Radiation Protection: Principles and Control Methods * 7: D G Sutton: Operational Radiation Protection * 8: D H Temperton: Personal Monitoring * 9: Jill Reay and David Sutton: Control of Radioactive Substances * 10: C J Martin and J Robertson: Intervention, Incidents and Emergencies * Part III. Ionising Radiation in Medicine and Research * 11: C J Martin and D G Sutton: Risk Control in Medicine * 12: J R Williams: Diagnostic Radiology: Equipment * 13: D G Sutton and C J Martin: Diagnostic Radiology: Facility * 14: C J Martin and D G Sutton: Diagnostic Radiology: Patient Dosimetry * 15: C L Chapple and I McLean: CT Dosimetry * 16: C J Martin and D G Sutton: Interventional Radiology * 17: S Batchelor and B Walmsley: Nuclear Medicine and Radionuclide Laboratories * 18: C Greaves and M J Dunn: The Nuclear Medicine Patient * 19: D Peet, P Horton, D G Sutton and C J Martin: Radiotherapy: External Beam Therapy * 20: D Peet, P Horton, D G Sutton and C J Martin: Radiotherapy: Brachytherapy * Part IV. Non-Ionising Radiation * 21: H Moseley: Lasers * 22: D K Taylor: Non-Coherent Optical Radiation Sources * 23: J W Hand: Electromagnetic Fields * 24: B Condon and J MacFarlane: Magnetic Resonance * 25: S D Pye and B Zequri: Ultrasound
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