Detector & Physics in Zeuthen for a Linear Collider — Home
Beam Energy Measurement at the ILC
Books about Accelerator Physics available in the Web
- S. Humphries, Principles of Charged Particle Acceleration
- S. Humphries, Charged Particle Beams
Notes and Papers on BPMs, Cavities and Wakefields
- M. Viti, Resonant Cavities as Beam Position Monitor
- L. Palumbo, V. G. Vaccaro and M. Zobov, Wake Fields and Impedance
- P. B. Wilson, Introduction to Wakefields and Wake Potentials
- P. B. Wilson, High Energy Electron Linacs: Applications to Storage Ring RF Systems and Linear Colliders (complete demonstration of the Fundamental Theorem of the Beam Loading)
Papers on Magnetic Measurements
- M.E. Levi, J. Nash and S. Watson, Precision Measurements of the SLC Spectrometer Magnets
- R. Chritin et al., Determination of the Bending Field Integral of the LEP Spectrometer Dipole
Beam Energy Measurements
- V.E. Blinov et al., Review of Beam Energy Measurements at VEPP-4M Collider
- V.E. Blinov et al., Absolute Calibration of Particle Energy at VEPP-4M
- J. Kent et al., Precision Measurements of the SLC Beam Energy
- A.Hinze and K.Moenig, Measuring the Beam Energy with Radiative Return Events
- LEP Energy Working Group: L. Arnaudon et al., The Energy Calibration of LEP in 1991
- LEP Energy Working Group: R. Assmann et al., Calibration of Centre-of-Mass Energies at LEP 1 for Precise Measurements of Z Properties
- LEP Energy Working Group: R. Assmann et al., Calibration of Centre-of-Mass Energies at LEP 2 for a Precise Measurement of the W Boson Mass
- L. Arnaudon, Accurate Determination of the LEP Beam Energy by Resonant Depolarization
- R. Klein et al., Beam Diagnostics at the BESSY I Electron Storage Ring with Compton Backscattered Laser Photons: Measurement of the Electron Energy and Related Quantities
- R. Klein et al., Measurement of the BESSY II Electron Beam Energy by Compton Backscattering of Laser Photons