Student Workbook for Digital Radiography in Practice 2nd Edition by Quinn B Carroll – Ebook PDF Instant Download/Delivery: 0398094225 ,9780398094225
Full download Student Workbook for Digital Radiography in Practice 2nd Edition after payment
Product details:
ISBN 10: 0398094225
ISBN 13: 9780398094225
Author: Quinn B Carroll
Student Workbook for Digital Radiography in Practice 2nd Edition Table of contents:
Chapter 1: Introduction to Digital Radiography
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Overview of digital imaging technologies.
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Differences between film-based and digital radiography.
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The impact of digital radiography on clinical practice.
Chapter 2: Basic Concepts of Digital Imaging
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Understanding pixel, voxel, and matrix.
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The process of capturing and processing digital images.
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Fundamentals of digital image quality.
Chapter 3: Components of Digital Radiography Systems
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Types of digital radiography systems: CR, DR, and CCD.
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Key components: detectors, processors, and workstations.
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Advantages and limitations of digital radiography systems.
Chapter 4: Image Acquisition and Display
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The process of image acquisition in digital radiography.
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Factors influencing image quality: exposure, resolution, and contrast.
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The role of the monitor in image display and diagnostic interpretation.
Chapter 5: Digital Radiographic Artifacts
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Common artifacts in digital radiography (e.g., moiré, grid lines).
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Identifying and troubleshooting artifacts.
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Preventing artifacts through correct imaging techniques.
Chapter 6: Radiographic Technique and Exposure Factors
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Understanding exposure settings: kVp, mAs, SID.
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How exposure factors affect digital image quality.
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Methods for selecting optimal exposure settings for various exams.
Chapter 7: Image Processing and Postprocessing
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Preprocessing and its impact on image quality.
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Image rescaling, histogram analysis, and LUTs (Look-Up Tables).
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Postprocessing techniques: windowing, contrast adjustment, and noise reduction.
Chapter 8: Exposure Index and Quality Control
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Understanding the exposure index and its importance in digital radiography.
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Methods to assess image quality using exposure indicators.
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Introduction to quality control procedures for digital systems.
Chapter 9: Digital Fluoroscopy
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The fundamentals of digital fluoroscopy.
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Image acquisition and processing in fluoroscopic procedures.
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Techniques for minimizing radiation exposure during fluoroscopy.
Chapter 10: PACS (Picture Archiving and Communication System)
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Introduction to PACS and its role in medical imaging.
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Image storage, retrieval, and distribution in a PACS environment.
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DICOM standards for image communication.
Chapter 11: Advanced Imaging Techniques
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Overview of advanced digital imaging techniques: dual-energy subtraction, tomography, and 3D imaging.
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Advantages and applications of these techniques.
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Future trends in digital radiography and imaging.
Chapter 12: Radiation Safety and Dose Management
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Radiation safety principles for digital radiography.
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Methods for reducing patient dose in digital imaging.
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Understanding dose management tools and technologies.
Chapter 13: Ethics and Legal Considerations in Digital Radiography
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Ethical issues in digital imaging, including patient consent and confidentiality.
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Legal implications and standards for radiographers.
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Best practices for maintaining professional conduct in the digital age.
Chapter 14: Review and Practice Exercises
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Case studies and scenario-based questions.
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Practical exercises to reinforce learning.
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Key takeaways from each chapter.
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