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Radiation Protection in Medical Radiography 3rd Revised edition [Pehme köide]

  • Formaat: Paperback / softback, 320 pages, kõrgus x laius: 235x191 mm, kaal: 500 g, 125 illus
  • Ilmumisaeg: 30-Apr-1998
  • Kirjastus: Mosby
  • ISBN-10: 0815128967
  • ISBN-13: 9780815128960
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  • Formaat: Paperback / softback, 320 pages, kõrgus x laius: 235x191 mm, kaal: 500 g, 125 illus
  • Ilmumisaeg: 30-Apr-1998
  • Kirjastus: Mosby
  • ISBN-10: 0815128967
  • ISBN-13: 9780815128960
Teised raamatud teemal:
This new full-color edition has been revised and expanded to present the most accurate and up-to-date information on the subject of radiation protection. This third edition continues to offer instruction to radiography students and practitioners on the principles of radiation protection and the safe administration of radiation for the purposes of diagnosis and therapy. In addition to providing the most current facts available regarding personnel and patient safety procedures, new information includes shielding requirements, more data on high-dose fluoroscopy and CT doses, more historical examples of radiation testing, and an update on Chernobyl and Hiroshima survivors, plus more. This text is also an excellent reference for radiology residents, medical physicists, and radiology departments.

* Instructs the radiographer on principles of radiation protection biology and safe administration of X-rays for diagnostic and therapeutic purposes. * Teaches safety for both patient and equipment administrator. * Provides a comprehensive overview of the science's history.
1 Introduction to Radiation Protection
xxii
Justification and Responsibility for Radiographic Procedures
2(2)
Ionizing Radiation
4(14)
2 Basic Interactions of X-Radiation with Matter
18(18)
X-Ray Beam Production and Energy
20(1)
Attenuation
21(2)
Probability of Photon Interaction with Matter
23(1)
Processes of Interaction
24(12)
3 Radiation Quantities and Units
36(16)
Historical Evolution of Radiation Quantities and Units
38(2)
Radiation Quantities
40(4)
Radiation Units
44(8)
4 Limits for Exposure to Ionizing Radiation
52(20)
Radiation Protection Standards Organizations
54(2)
United States Regulatory Agencies
56(1)
Radiation Safety Officer (RSO)
57(1)
Effective Dose Equivalent-Limiting (EDE) System
57(1)
Radiation Control for Health and Safety Act of 1968 (Public Law 90-602)
58(1)
ALARA Concept
59(1)
Consumer-Patient Radiation Health and Safety Act of 1981 (Title IX of Public Law 97-35)
59(1)
Goal for Radiation Protection
59(1)
Radiation-Induced Responses of Concern in Radiation Protection
60(1)
Objectives of Radiation Protection
61(1)
Current Radiation Protection Philosophy
61(1)
Risk
62(1)
Basis for the Effective Dose Equivalent Limits System
63(1)
Current NCRP Recommendations
63(2)
Radiation Hormesis
65(1)
Occupational and Nonoccupational Dose Equivalent Limits
65(7)
5 Overview of Cell Biology
72(20)
The Cell
74(1)
Cell Chemical Composition
74(5)
Cell Structure
79(3)
Cell Division
82(10)
6 Radiation Biology
92(54)
Ionizing Radiation
94(1)
Radiation Energy Transfer Determinants
94(3)
Molecular Effects of Irradiation
97(9)
Cellular Effects of Irradiation
106(2)
Survival Curves for Mammalian Cells
108(1)
Cell Radiosensitivity
108(5)
Organic Damage from Ionizing Radiation
113(33)
7 Protection of the Patient During Diagnostic Radiologic Procedures
146(42)
Effective Communication
148(1)
Immobilization
149(1)
X-Ray Beam Limitation Devices
150(5)
Filtration
155(1)
Protective Shielding
156(5)
Compensating Filters
161(1)
Exposure Factors
161(2)
Radiographic Processing
163(1)
Film-Screen Combinations
163(1)
Radiographic Grids
164(1)
Repeat Radiographs
164(1)
Unnecessary Radiologic Procedures
165(1)
Minimum Source-Skin Distance for Mobile Radiography
165(1)
Fluoroscopic Procedures
166(2)
C-Arm Fluoroscopy
168(1)
Cinefluorography
168(1)
High-Dose (High-Level Control) Interventional Procedures
169(1)
Patient Dose
170(2)
Fetal Dose
172(1)
Other Important Diagnostic Examinations and Imaging Modalities
172(3)
Pediatric Considerations
175(1)
Special Precautions Employed in Medical Radiography to Protect the Pregnant or Potentially Pregnant Patient
176(12)
8 Protecting Occupationally Exposed Personnel During Diagnostic Radiologic Procedures
188(26)
Annual Limit for Occupationally Exposed Personnel
190(1)
ALARA Concept
190(1)
Dose Reduction Methods and Techniques
191(1)
Radiation Protection for the Pregnant Radiologic Technologist
192(1)
Protective Structural Shielding
192(3)
Diagnostic-Type Protective Tube Housing
195(1)
Protection During Fluoroscopic Procedures
195(1)
Protection During Mobile Radiographic Examinations
196(1)
Protection During C-Arm Fluoroscopy
197(1)
Protection During High-Dose (High-Level Control) Interventional Procedures
198(1)
Distance
198(2)
Protective Devices
200(1)
Patient Restraint
200(1)
Doors to X-Ray Rooms
201(1)
Radiation Protection Design for Diagnostic X-Ray Studies
201(13)
9 Radiation Monitoring
214(23)
Personnel Monitoring
216(1)
Characteristics of Personnel Dosimeters
217(3)
Types of Personnel Dosimeters
220(4)
Radiation Survey Instruments for Area Monitoring
224(4)
Radiation Survey Instrument Requirements
228(1)
Types of Gas-Filled Radiation Survey Instruments
228(2)
Calibration Instruments
230(7)
Glossary 237(24)
Answers to Review Questions 261(2)
Appendix A Chance of a 50 keV Photon to Interact with Atoms of Tissue as it Travels Through 5 cm of Soft Tissue 263(2)
Appendix B Relationship Between Photons, Electromagnetic Waves, Wavelength, and Energy 265(2)
Appendix C Compton Interaction 267(2)
Appendix D Periodic Table of the Elements 269(2)
Appendix E Metric System Equivalents for Length 271(2)
Appendix F Consumer-Patient Radiation Health and Safety Act of 1981 273