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Fundamental physics of radiology /
Fundamental Physics of Radiology.
| Clasificación: | Libro Electrónico |
|---|---|
| Autores principales: | , |
| Formato: | Electrónico eBook |
| Idioma: | Inglés |
| Publicado: |
Bristol, England :
John Wright & Sons Ltd,
1977.
|
| Edición: | Third edition. |
| Temas: | |
| Acceso en línea: | Texto completo |
Tabla de Contenidos:
- Front Cover; Fundamental Physics of Radiology; Copyright Page; PREFACE TO THE THIRD EDITION; PREFACE TO THE FIRST EDITION; Table of Contents; SECTION I: GENERAL PHYSICS; CHAPTER 1. MATTER AND ENERGY, RADIATION AND SPECTRA; ENERGY; HEAT; ELECTROMAGNETIC RADIATION; WAVES AND PHOTONS; THE ELECTROMAGNETIC SPECTRUM; SPECTRA; CHAPTER 2. ATOMS AND NUCLEI; ATOMIC STRUCTURE; NUCLEAR STRUCTURE; CHAPTER 3. RADIOACTIVITY; CHAPTER 4. RADIOACTIVITY
- MATERIALS; NATURALLY OCCURRING RADIOACTIVE MATERIALS; RADIOACTIVITY 'INDUCED' BY NEUTRON BOMBARDMENT; RADIOACTIVITY 'INDUCED' BY PROTON BOMBARDMENT
- 'FISSION' PRODUCTSCHAPTER 5. THE PRODUCTION OF X-RAYS; THE X-RAY TUBE; THE RADIATION; FACTORS UPON WHICH THE X-RAY EMISSION DEPENDS; THE EFFICIENCY OF X-RAY PRODUCTION; THE DISTRIBUTION OF X-RAYS IN SPACE; CHAPTER 6. THE INTERACTION OF X- AND GAMMA RAYS WITH MATTER-I; ATTENUATION AND SCATTERING; ATTENUATION AND ABSORPTION; ATTENUATION PROCESSES; PHOTON SCATTERING; CHAPTER 7. THE INTERACTION OF X- AND GAMMA RAYS WITH MATTER-II; THE DISAPPEARANCE PHENOMENA; TRANSMISSION; ABSORPTION; CHAPTER 8. THE EFFECTS OF X-RAYS; LUMINESCENCE; THE MECHANISM OF FLUORESCENCE
- CHAPTER 9. THE MEASUREMENT OF X-RAY QUANTITYTHE ROENTGEN; THE RAD; THE GRAY; CHAPTER 10. THE ROENTGEN AND ITS MEASUREMENT; THE STANDARD OR 'FREE-AIR' CHAMBER; DEPARTMENTAL CHAMBERS; THE INSTRUMENTS IN PRACTICE; CHAPTER 11. THE GEIGER-MULLER AND SCINTILLATION COUNTERS AND THE THERMOLUMINESCENCE DOSEMETER; COUNTERS; THE GEIGER-M�ULLER COUNTER; SCINTILLATION COUNTING; THE THERMOLUMINESCENCE DOSEMETER (TLD); CHAPTER 12. ABSORBED DOSE AND THE RAD; CHAPTER 13. FILTERS AND FILTRATION; RADIATION QUALITY; SECTION II: DIAGNOSTIC RADIOLOGY; CHAPTER 14. THE PHYSICAL BASIS OF DIAGNOSTIC RADIOLOGY
- CHAPTER 15. THE X-RAY FILM AND ITS PROCESSINGCHAPTER 16. THE PROPERTIES OF THE X-RAY FILM; CHAPTER 17. INTENSIFYING AND FLUORESCENT SCREENS AND XERORADIOGRAPHY; THE FLUOROSCOPIC SCREEN; XERORADIOGRAPHS; CHAPTER 18. GEOMETRIC FACTORS WHICH INFLUENCE THE RADIOGRAPHIC IMAGE; MAGNIFICATION AND DISTORTION; IMAGE UNSHARPNESS (OR BLURRING); CHAPTER 19. THE EFFECT OF X-RAY ABSORPTION ON THE RADIOGRAPHIC IMAGE; CHAPTER 20. THE EFFECTS AND CONTROL OF SCATTERED RADIATION; THE GRID; TYPES OF GRID; THE MOVING GRID; CHAPTER 21. THE RADIOGRAPHIC EXPOSURE; CHAPTER 22. THE DIAGNOSTIC X
- RAY TUBE AND SHIELD
- THE FILAMENTTHE TARGET; THE TUBE HOUSING; TYPES OF TUBE; CHAPTER 23. THE ELECTRICAL CIRCUITS OF THE X-RAY UNIT; THE BASIC ELECTRICAL SUPPLIES; RECTIFICATION OF THE HIGH VOLTAGE; THE CONTROL OF VOLTAGE AND CURRENT SUPPLIES; TIMING THE EXPOSURE; CHAPTER 24. THE RATING OF THE X-RAY TUBE; ELECTRICAL RATING; THERMAL RATING; FACTORS WHICH CONTROL RATING; CHAPTER 25. FLUOROSCOPY; THE IMAGE INTENSIFIER; CHAPTER 26. TOMOGRAPHY; THE LINEAR TOMOGRAPH; ALTERNATIVE LINEAR MOVEMENTS; ZONOGRAPHY; TRANSVERSE AXIAL TOMOGRAPHY; COMPUTER-ASSISTED TOMOGRAPHY; CHAPTER 27. ULTRASONICS IN CLINICAL MEDICINE