Advanced accelerator physics: proceedings of the second advance accelerator physics course |
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Common terms and phrases
acceleration boundary achromat amplitude aperture approximation beam-beam bending magnets BESSY betatron betatron oscillation bunch cavities CERN CLIC components coordinate density DESY dipole dispersion distribution effect electromagnetic electron beam emittance energy spread equation excitation field vector Final Focus focusing free electron laser frequency Gaussian given gradient Hamiltonian HERA High Energy horizontal impedance initial injection instabilities integral interaction klystron Landau damping laser lattice functions length limit linac Linear Collider longitudinal luminosity machine magnetic field modes momentum motion MV/m noise Nucl obtained operation optical orbit orthogonal rotator parameters Particle Accelerator phase phase-space physics plane plasma positrons Proc proton pulsars pulse quadrupoles quantum radius region resonance RF system scattering sextupole SLAC stationary storage ring structure superconducting synchrotron radiation test particle Touschek effect trajectory transverse tune undulator vacuum values variable velocity vertical Vlasov equation voltage wave field wavelength wiggler
Bibliographic information
| Title | Advanced accelerator physics: proceedings of the second advance accelerator physics course Volume 89, Issue 1 of CERN (Series) |
| Authors | Stuart Turner, CERN Accelerator School |
| Publisher | European Organization for Nuclear Research, 1989 |
| Original from | the University of California |
| Digitized | Jan 28, 2011 |
| Length | 266 pages |
| Subjects | › Particle accelerators Science / Nuclear Physics |
| Export Citation | BiBTeX EndNote RefMan |