Modern Diagnostic X-Ray Sources
portes grátis
Modern Diagnostic X-Ray Sources
Technology, Manufacturing, Reliability
Behling, Rolf
Taylor & Francis Ltd
04/2021
388
Dura
Inglês
9780367546922
15 a 20 dias
1170
Descrição não disponível.
1 Historical introduction and survey 2 Physics of generation of bremsstrahlung 3 The interaction of X-ray with matter 4 More background on medical imaging 5 Imaging modalities and challenges 6 Diagnostic X-ray sources from the inside 7 Housings, system interfacing, and auxiliary equipment 8 The source of power 9 Manufacturing, service, and tube replacement 10 X-ray source development for medical imaging
Este título pertence ao(s) assunto(s) indicados(s). Para ver outros títulos clique no assunto desejado.
X-ray Tube;Tube Voltage;Advanced development;Focal Spot;Angiography;Tube Current;Angular momentum;Anode Angle;Anode;High Voltage Generator;Anode track;Line Spread Functions;Ball bearing;Rotating Anode Tube;Bearing;Exposure Times;Bouwers tube;Anode Tube;Bremsstrahlung;Medical X-ray Tube;Carbon nano tubes;General Radiography;Cathode;X-ray Sources;Ceramics;X-ray Tube Assembly;Characteristic radiation;High Voltage Cable;Computed tomography;Backscattered Electrons;Coolidge tube;Siemens Healthineers;Development process;Point Spread Function;Distributed sources;Spectral CT;Dose control;CT System;Electron beam;DTS;Field emission;Rotating Anode;Fixed anode tube;Focal Track;Tube Frame;Focal spot deflection;Thomson Scattering;Focusing;Gas pressure;Goetze focus;Grid switching;Gyroscopic forces;Half value layer;Hazards;Heat conduction;Heat convection;Heat dissipation;Heat exchanger;Heat Units;Heel effect;High-voltage generator;High-voltage ripple;Image guided therapy;Image noise;Image quality;Interventional X-ray;Inverse geometry;Ion tube;Isowatt point;kVp switching;Laser wakefield sources;Leakage radiation protection;Line focus;Line spread function;Liquid bearing;Magnetic bearings;Metal-ceramics;Modulation transfer function;Molybdenum;Phase contrast imaging;Photoeffect;Preparation time;Reconditioning;Recycling;Reflection target;Reliability;Roentgen;Rotating frame tube;Space charge;Spatial frequency;Spatial resolution;Spectral detection;Spectral imaging;Spiral groove bearing;Start-up time;Stationary anode tube;Surface flash over;Thermal management;Thermionic emission;Thermomechanics;Tomosynthesis;Transparent target;Tube life;Tungsten;Vacuum arc;Vacuum bearing;Vacuum discharge;Vacuum electronics;Vacuum quality;Voltage surge;Warm-up;Warranty;X-rays;X-ray beam quality;X-ray dose;X-ray lens;X-ray scattering;X-ray segment;X-ray source;X-ray system;X-ray target
1 Historical introduction and survey 2 Physics of generation of bremsstrahlung 3 The interaction of X-ray with matter 4 More background on medical imaging 5 Imaging modalities and challenges 6 Diagnostic X-ray sources from the inside 7 Housings, system interfacing, and auxiliary equipment 8 The source of power 9 Manufacturing, service, and tube replacement 10 X-ray source development for medical imaging
Este título pertence ao(s) assunto(s) indicados(s). Para ver outros títulos clique no assunto desejado.
X-ray Tube;Tube Voltage;Advanced development;Focal Spot;Angiography;Tube Current;Angular momentum;Anode Angle;Anode;High Voltage Generator;Anode track;Line Spread Functions;Ball bearing;Rotating Anode Tube;Bearing;Exposure Times;Bouwers tube;Anode Tube;Bremsstrahlung;Medical X-ray Tube;Carbon nano tubes;General Radiography;Cathode;X-ray Sources;Ceramics;X-ray Tube Assembly;Characteristic radiation;High Voltage Cable;Computed tomography;Backscattered Electrons;Coolidge tube;Siemens Healthineers;Development process;Point Spread Function;Distributed sources;Spectral CT;Dose control;CT System;Electron beam;DTS;Field emission;Rotating Anode;Fixed anode tube;Focal Track;Tube Frame;Focal spot deflection;Thomson Scattering;Focusing;Gas pressure;Goetze focus;Grid switching;Gyroscopic forces;Half value layer;Hazards;Heat conduction;Heat convection;Heat dissipation;Heat exchanger;Heat Units;Heel effect;High-voltage generator;High-voltage ripple;Image guided therapy;Image noise;Image quality;Interventional X-ray;Inverse geometry;Ion tube;Isowatt point;kVp switching;Laser wakefield sources;Leakage radiation protection;Line focus;Line spread function;Liquid bearing;Magnetic bearings;Metal-ceramics;Modulation transfer function;Molybdenum;Phase contrast imaging;Photoeffect;Preparation time;Reconditioning;Recycling;Reflection target;Reliability;Roentgen;Rotating frame tube;Space charge;Spatial frequency;Spatial resolution;Spectral detection;Spectral imaging;Spiral groove bearing;Start-up time;Stationary anode tube;Surface flash over;Thermal management;Thermionic emission;Thermomechanics;Tomosynthesis;Transparent target;Tube life;Tungsten;Vacuum arc;Vacuum bearing;Vacuum discharge;Vacuum electronics;Vacuum quality;Voltage surge;Warm-up;Warranty;X-rays;X-ray beam quality;X-ray dose;X-ray lens;X-ray scattering;X-ray segment;X-ray source;X-ray system;X-ray target
