Synchrotron Radiation (Hardcover)

1. Charges and Fields.- 2. Fundamental Processes.- 3. Overview of Synchrotron Radiation.- 4. Radiation Sources.- 5. Accelerator Physics.- 6. Particle Beam Optics.- 7. Radiation Effects.- 8. Storage Ring Design as a Synchrotron Light Source.- 9. Theory of Synchrotron Radiation.- 10. Insertion Device Radiation.- 11. Free Electron Lasers.- A. Solutions to Exercises.- B. Mathematical Constants and Formulas.- B.1 Constants.- B.2 Series Expansions.- B.3 Multiple Vector Products.- B.4 Differential Vector Expressions.- B.5 Theorems.- B.6 Coordinate Systems.- B.7 Gaussian Distribution.- B.8 Miscelaneous Mathematical Formulas.- C. Physical Formulas and Parameters.- C.1 Constants.- C.2 Unit Conversion.- C.3 Relations of Fundamental Parameters.- C.4 Energy Conversion.- C.5 Maxwell's Equations.- C.5.1 Lorentz Force.- C.6 Wave and Field Equations.- C.7 Relativistic Relations.- C.8 Four-Vectors.- D. Electromagnetic Radiation.- D.1 Radiation Constants.- D.2 Bending Magnet Radiation.- D.3 Periodic Insertion Devices.- D.3.1 Insertion Device Parameter.- D.3.2 Field Scaling for Hybrid Wiggler Magnets.- D.3.3 Particle Beam Parameter.- D.4 Undulator Radiation.- D.5 Photon Beam Brightness.- D.5.1 Effective Source Parameter.- References.