Techniques and Concepts of High-energy Physics VI: [Proceedings of the Sixth NATO Advanced Study Institute on Techniques and Concepts of High-energy Physics, Held June 14-25, 1990, in St. Croix,U.S. Virgin Islands]
Springer Verlag Gmbh, 1991 - Science - 438 pages
The program, designed for advanced graduate students and recent Ph.D recipients in experimental particle physics and held June 1990 in the Virgin Islands, is represented by eight contributions: an introduction to gauge theories and unification, introductory notes on particle physics and cosmology, experimental aspects of hadron collider physics, meson spectroscopy, particle accelerators, calorimetry in high energy physics, noise limits in detector charge measurements, and silicon junction field-effect transistors in low- noise circuits. (c) by Book News, Inc., Portland, OR.
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Introduction to Gauge Theories and Unification
Introductory Notes on Particle Physics and Cosmology
Experimental Aspects of Hadron Collider Physics
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accelerator amplitude angle b-quark background beam beam-beam bosons calorimeter capacitance CDF experiment CERN channel charge contribution coupling cross-section decay decay modes dependence detector device distribution e.m. shower effects electromagnetic electron ENC2 energy resolution equation evaluation expected experimental Fermilab fermions field Figure frequency front-end gate gauge gauge bosons Glueballs gluon hadron colliders hadronic showers Higgs hypercharge identification input Instr interaction JFETs Lagrangian lepton Lett limit linear luminosity mass measured meson Meth momentum muon neutrino noise Nucl pair production pairs parameters particles parton photon Phys physics pions preamplifier production quadrupole quantum numbers quark radiation ratio reaction K~p region resonance sample scalar scale scattering sensitive shown in fig shows signal spectral density spectrum Standard Model storage rings structure function symmetry Table theory top quark transverse uncertainties values width