Ionization Measurements: In High Energy Physics
This completely revised and enlarged English edition of the original Russianbook deals with the identification and separation of charged particles in high energy physics experiments. Proportional drift and streamer chambers as well as ionization measurements with cloud, spark, and ionization chambers are discussed. Both scientists and advanced undergraduate students specializing in high energy or nuclear physics will find useful information for planning and performing ionization measurements and their analyses.
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Ionization Effects in a Polarizable Medium
Physical Processes in Gas Ionization Detectors
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achieved admixtures Allison amplitude anode applied argon atoms avalanche Budagov calculations CERN charged particles Charpak cluster counting computed corresponding cross section cylindrical Davidenko dE/dx density effect dependence determined diffusion coefficient distribution drift chambers drift length drift velocity Dubna efficiency electron avalanche electron drift English transl enhancement excitation experimental Fermi plateau flash ADC gas amplification gas mixture high energy high-voltage pulse identifier inelastic collisions inert gases Instr ionization chambers ionization effect ionization energy ionization energy loss ionization measurements ionization potential ionization resolution ionizing powers isobutane Landau Landau distribution Lehraus magnetic field MDCs Meth method molecular molecules momentum Nucl number of electrons operation parameters particle identification particle track Phys Physics pressure primary ionization proportional chamber proportional detectors protons radiation recording relativistic particles relativistic rise samples Sauli F Sect sense wire signal spark chamber spatial resolution streamer chamber Table thermal Walenta