Radiography in the digital age : physics, exposure, radiation biology /

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Long overdue, this new work provides just the right focus and scope for the practice of radiography in this digital age, covering four entire courses in a typical radiography program. The entire emphasis of foundational physics has been adjusted in order to properly support the specific information...

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Detalles Bibliográficos
Clasificación:Libro Electrónico
Autor principal: Carroll, Quinn B.
Formato: Electrónico eBook
Idioma:Inglés
Publicado: Springfield, Ill. : Charles C. Thomas, ©2011.
Temas:
Radiography, Medical > Digital techniques.
Diagnostic imaging.
Radiography > methods
Health Physics > education
Radiology > education
Technology, Radiologic > education
Diagnostic Imaging
Radiographie numérique (Médecine)
Imagerie pour le diagnostic.
MEDICAL > Allied Health Services > Radiological & Ultrasound Technology.
MEDICAL > Radiology & Nuclear Medicine.
Diagnostic imaging
Radiography, Medical > Digital techniques
Radiografie.
Acceso en línea:Texto completo
Tabla de Contenidos:
  • Chapter 1
  • INTRODUCTION TO RADIOGRAPHIC SCIENCE; Chapter 2
  • BASIC PHYSICS FOR RADIOGRAPHY; Chapter 3
  • UNIT CONVERSIONS AND HELP WITH MATH; Chapter 4
  • THE ATOM; Chapter 5
  • ELECTROMAGNETIC WAVES; Chapter 6
  • MAGNETISM AND ELECTROSTATICS; Chapter 7
  • ELECTRODYNAMICS; Chapter 8
  • X-RAY MACHINE CIRCUITS AND GENERATORS; Chapter 9
  • THE X-RAY TUBE; Chapter 10
  • X-RAY PRODUCTION; Chapter 11
  • CREATION OF THE RADIOGRAPHIC IMAGE; Chapter 12
  • PRODUCTION OF SUBJECT CONTRAST; Chapter 13
  • QUALITIES OF THE RADIOGRAPHIC IMAGE; Chapter 14
  • MILLIAMPERE-SECONDS (mAs).
  • Chapter 15
  • KILOVOLTAGE-PEAK (kVp)Chapter 16
  • GENERATORS AND FILTRATION; Chapter 17
  • FIELD SIZE LIMITATION; Chapter 18
  • PATIENT CONDITION, PATHOLOGY, AND CONTRAST AGENTS; Chapter 19
  • SCATTERED RADIATION AND GRIDS; Chapter 20
  • THE ANODE BEVEL AND FOCAL SPOT; Chapter 21
  • SOURCE-TO-IMAGE RECEPTOR DISTANCE (SID); Chapter 22
  • OID AND DISTANCE RATIOS; Chapter 23
  • ALIGNMENT AND MOTION; Chapter 24
  • ANALYZING THE RADIOGRAPHIC IMAGE; Chapter 25
  • SIMPLIFYING AND STANDARDIZING TECHNIQUE; Chapter 26
  • USING AUTOMATIC EXPOSURE CONTROLS (AEC); Chapter 27
  • COMPUTER BASICS.
  • Chapter 28
  • CREATING THE DIGITAL IMAGEChapter 29
  • DIGITAL IMAGE PROCESSING; Chapter 30
  • POSTPROCESSING OPERATIONS IN PRACTICE; Chapter 31
  • CAPTURING THE DIGITAL IMAGE: DR AND CR; Chapter 32
  • COMPUTED RADIOGRAPHY (CR) APPLICATIONS; Chapter 33
  • APPLYING RADIOGRAPHIC TECHNIQUE TO DIGITAL IMAGING; Chapter 34
  • DISPLAY SYSTEMS AND ELECTRONIC IMAGES; Chapter 35
  • MOBILE RADIOGRAPHY AND TOMOGRAPHY; Chapter 36
  • FLUOROSCOPY AND DIGITAL FLUOROSCOPY; Chapter 37
  • QUALITY CONTROL; Chapter 38
  • RADIATION PERSPECTIVES; Chapter 39
  • RADIATION UNITS AND MEASUREMENT.
  • Chapter 40
  • RADIATION BIOLOGY: CELLULAR EFFECTSChapter 41
  • RADIATION BIOLOGY: ORGANISM EFFECTS; Chapter 42
  • RADIATION PROTECTION: PROCEDURES AND POLICIES; Appendix #1; Appendix #2; INDEX.

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