Beam Attenuation
I. Sissejuhatus
A. Definition of Beam Attenuation
B. Importance of Beam Attenuation
II. Factors Affecting Beam Attenuation
A. Material Density
B. Material Thickness
C. Material Composition
D. Energy Level of the Beam
III. Measurement Techniques for Beam Attenuation
A. Absorption Measurement
B. Scattering Measurement
C. Transmission Measurement
IV. Applications of Beam Attenuation
A. Meditsiiniline pildistamine
1. X-ray Imaging
2. Computed Tomography (CT)
3. Radiography
B. Industrial and Security Applications
1. Non-destructive Testing
2. Cargo Scanning
3. Airport Security Screening
V. Challenges in Beam Attenuation
A. Beam Scatter and Secondary Emission
B. Beam Hardening
C. Noise and Artifacts
VI. Future Developments in Beam Attenuation
A. Advances in Measurement Techniques
B. Enhanced Imaging Algorithms
C. Novel Material Combinations
VII. Järeldus
