The State of Particle Accelerators and High Energy Physics (Fermilab Summer School, 1981)R. A. Carrigan, F. R. Huson, Melvin Month |
Contents
HighEnergy Physics Where We Are and Where We Are Going | 2 |
Accelerator Physics in the Long Range Future | 25 |
The SLAC Linear Collider | 43 |
Copyright | |
7 other sections not shown
Common terms and phrases
angle antiprotons asymmetry beam beam-beam bunch c.m. energy cavities CELLO center-of-mass CERN charge coupling cyclotron damping ring decay DESY detector distribution effect electron electron-positron electron-proton emittance growth energy spread expected experimental Fermilab function gauge theories Gev² gluon hadrons HERA Higgs High Energy Physics injection injector ISABELLE JADE jet axis Laboratory leptons Lett linac linear accelerator linear collider longitudinal luminosity machine magnets mass measured mesons mode muon neutral neutrino Nucl.Phys number of events observed pair parameters Particle Accelerators parton peak PETRA phase space Phys physicists plotted in Fig plotted versus PLUTO pointlike polarization positron prediction production proton quadrupole radiation scalar scale shown in Fig SLAC spin standard model storage rings superconducting synchrotron target TASSO Collaboration Tevatron three jet events total cross section