Rad Tech's Guide to Radiation Protection
Published on 11. May 2001
Book
Paperback/Softback
118 pages
978-0-86542-580-4 (ISBN)
Description
To meet the demands of practicing radiologic technologists, and students in training, Blackwell introduces the first volume of the Rad Tech's Guide Series. Rad Tech's Guide to Radiation Protection gets to the heart of what the modern technologist does by providing all of the information needed to understand basic radiobiology, the sources of radiation exposure, factors affecting dose to patients and personnel, and the most up-to-date dose management techniques.
This on the sport reference is:
Both a concise review for board preparation exams, as well as a handy reference guide for the busy rad tech.
A guide to the most current standards for radiation protection with references to major relevant organizations and key reports.
Pocket size -- take it anywhere!
This on the sport reference is:
Both a concise review for board preparation exams, as well as a handy reference guide for the busy rad tech.
A guide to the most current standards for radiation protection with references to major relevant organizations and key reports.
Pocket size -- take it anywhere!
More details
Language
English
Place of publication
Hoboken
United Kingdom
Publishing group
John Wiley and Sons Ltd
Target group
College/higher education
Professional and scholarly
Dimensions
Height: 204 mm
Width: 114 mm
Thickness: 8 mm
Weight
142 gr
ISBN-13
978-0-86542-580-4 (9780865425804)
Copyright in bibliographic data and cover images is held by Nielsen Book Services Limited or by the publishers or by their respective licensors: all rights reserved.
Schweitzer Classification
Other editions
Additional editions
Euclid Seeram
Rad Tech's Guide to Radiation Protection
E-Book
05/2013
Wiley-Blackwell
€34.99
Available for download
Person
Euclid Seeram, PhD, MSc, BSc, FCAMRT, has academic appointments in Medical Imaging and is Honorary Senior Lecturer in the Department of Radiology of the University of Sydney, Australia. In addition, he is Adjunct Associate Professor in the Faculty of Medicine, Nursing, and Health Sciences at Monash University, Australia; Adjunct Professor in the Faculty of Science, Charles Stuart University, Australia, and Adjunct Associate Professor in the Faculty of Health, University of Canberra, Australia.
Content
1. The Nature and Scope of Radiation Protection. What is Radiation Protection?.
Scope of Radiation Protection.
Why Protect Patients and Personnel in Radiology?.
Framework for Radiation Protection.
Basic Schemes for Patient Exposure in Radiography and Fluoroscopy.
Factors Affecting Dose in Diagnostic Radiology.
Dose Management Techniques.
Pregnancy: Radiation Protection Considerations..
2. Diagnostic X-Rays: Physical Factors.
X-Ray Production.
Mechanisms for Creating X-Rays.
X-Ray Spectrum.
X-Ray Attenuation.
X-Ray Interactions.
Increasing kVp and Scatter Production..
3. Radiation Quantities and Units.
Sources of Radiation Exposure.
Types of Exposures.
Quantities and Units for Quantifying Ionizing Radiation.
Quantities and Units for Quantifying Biologic Risks.
Radiation Measurement.
Wearing a Personnel Dosimeter..
4. Basic Radiobiology.
What is Radiobiology?.
Essential Physics and Chemistry.
Fundamental Concepts of Radiobiology.
Deterministic Effects (Early Effects of Radiation).
Stochastic Effects (Late Effects of Radiation).
Radiation Expsorue in Utero..
5. Current Standards for Radiation Protection.
Radiation Protection Organizations.
Objectives of Radiation Protection.
Radiation Protection Criteria and Standards.
Recommended Dose Limits..
6. Dose Factors in Radiography.
Major Components of a Radiographic Imaging System.
Factors Affecting Dose in Radiography..
7. Dose Factors in Fluoroscopy.
Major Components of a Fluoroscopic Imaging System.
Factors Affecting Dose in Fluoroscopy.
Scattered Radiation in Fluoroscopy..
8. Dose Management Techniques.
Federal Regulations for Dose Management.
Equipment Specifications for Radiography.
Equipment Specifications for Fluoroscopy.
Procedures for Minimizing Dose to Patients and Personnel.
Shielding: Design of Protective Barriers.
Quality Assurance: Dose Management and Optimization..
9. Pregnancy: Radiation Protection Considerations.
Rationale for Radiation Protection in Pregnancy.
Factors Affecting Dose to the Conceptus.
Estimating the Dose to the Conceptus.
Continuing a Pregnancy After Exposure: Recommendations.
Dose Reduction Techniques for Pregnant Patients.
The Pregnant Worker.
Scope of Radiation Protection.
Why Protect Patients and Personnel in Radiology?.
Framework for Radiation Protection.
Basic Schemes for Patient Exposure in Radiography and Fluoroscopy.
Factors Affecting Dose in Diagnostic Radiology.
Dose Management Techniques.
Pregnancy: Radiation Protection Considerations..
2. Diagnostic X-Rays: Physical Factors.
X-Ray Production.
Mechanisms for Creating X-Rays.
X-Ray Spectrum.
X-Ray Attenuation.
X-Ray Interactions.
Increasing kVp and Scatter Production..
3. Radiation Quantities and Units.
Sources of Radiation Exposure.
Types of Exposures.
Quantities and Units for Quantifying Ionizing Radiation.
Quantities and Units for Quantifying Biologic Risks.
Radiation Measurement.
Wearing a Personnel Dosimeter..
4. Basic Radiobiology.
What is Radiobiology?.
Essential Physics and Chemistry.
Fundamental Concepts of Radiobiology.
Deterministic Effects (Early Effects of Radiation).
Stochastic Effects (Late Effects of Radiation).
Radiation Expsorue in Utero..
5. Current Standards for Radiation Protection.
Radiation Protection Organizations.
Objectives of Radiation Protection.
Radiation Protection Criteria and Standards.
Recommended Dose Limits..
6. Dose Factors in Radiography.
Major Components of a Radiographic Imaging System.
Factors Affecting Dose in Radiography..
7. Dose Factors in Fluoroscopy.
Major Components of a Fluoroscopic Imaging System.
Factors Affecting Dose in Fluoroscopy.
Scattered Radiation in Fluoroscopy..
8. Dose Management Techniques.
Federal Regulations for Dose Management.
Equipment Specifications for Radiography.
Equipment Specifications for Fluoroscopy.
Procedures for Minimizing Dose to Patients and Personnel.
Shielding: Design of Protective Barriers.
Quality Assurance: Dose Management and Optimization..
9. Pregnancy: Radiation Protection Considerations.
Rationale for Radiation Protection in Pregnancy.
Factors Affecting Dose to the Conceptus.
Estimating the Dose to the Conceptus.
Continuing a Pregnancy After Exposure: Recommendations.
Dose Reduction Techniques for Pregnant Patients.
The Pregnant Worker.