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Lifetime measurements in the 10−13s range
PHYSICS REPORTS (Review Section of Physics Letters) 83, No. 1 (1982) 1—106. North-Holland Publishing Company
LIFETIME MEASUREMENTS IN THE 10’3s RANGE A status report and general review with contributions by: G. BELLINI, Milan, L. FOA, Pisa and M.A. GIORGI, Pisa (Semiconductor Detectors) J. SANDWEISS, Yale (High Resolution Streamer Chambers) L. MONTANET, CERN and S. REUCROFT, CERN (High Resolution Bubble Chambers) J.D. PRENTICE, Toronto (Emulsion and Hybrid Techniques) Received August 1981
Contents: J. SANDWEISS: Introduction G. BELLINI, L. FOA, MA. GIORGI: Semiconductor detectors for lifetime measurements and high space resolution J. SANDWEISS: High resolution streamer chambers for heavy quark spectroscopy L. MONTANET, S. REUCROFT: High resolution bubble chambers and the observation of short-lived particles iD. PRENTICE: Study of short-lived particles with emulsion techniques
5 9 39 61 85
Abstract: The discovery of relatively long-lived heavy particles with new flavours (charm, beauty. . .) has prompted interest in experimentation techniques which would allow one to visualize and measure tracks associated with the production and decay ofparticles with a meanlife of the order of 10_Is s. Several approaches appear to be very promising with recent technical developments now yielding physics results. A status report covering semiconductor detectors, high resolution streamer chambers, high resolution bubble chambers and emulsion and hybrid techniques, is presented.
Single orders for this issue PHYSICS REPORTS (Review Section of Physics Letters) 83, No. 1(1982)1—106. Copies of this issue may be obtained at the price given below. All orders should be sent directly to the Publisher. Orders must be accompanied by check. Single issue price Dfl. 54.00, postage included.
LIFETIME MEASUREMENTS IN THE 10’3s RANGE A status report and general review with contributions by: G. BELLINI, Milan, L. FOA, Pisa and M.A. GIORGI, Pisa (Semiconductor Detectors) J. SANDWEISS, Yale (High Resolution Streamer Chambers) L. MONTANET, CERN and S. REUCROFT, CERN (High Resolution Bubble Chambers) J.D. PRENTICE, Toronto (Emulsion and Hybrid Techniques) Received August 1981
Contents: J. SANDWEISS: Introduction G. BELLINI, L. FOA, MA. GIORGI: Semiconductor detectors for lifetime measurements and high space resolution J. SANDWEISS: High resolution streamer chambers for heavy quark spectroscopy L. MONTANET, S. REUCROFT: High resolution bubble chambers and the observation of short-lived particles iD. PRENTICE: Study of short-lived particles with emulsion techniques
5 9 39 61 85
Abstract: The discovery of relatively long-lived heavy particles with new flavours (charm, beauty. . .) has prompted interest in experimentation techniques which would allow one to visualize and measure tracks associated with the production and decay ofparticles with a meanlife of the order of 10_Is s. Several approaches appear to be very promising with recent technical developments now yielding physics results. A status report covering semiconductor detectors, high resolution streamer chambers, high resolution bubble chambers and emulsion and hybrid techniques, is presented.
Single orders for this issue PHYSICS REPORTS (Review Section of Physics Letters) 83, No. 1(1982)1—106. Copies of this issue may be obtained at the price given below. All orders should be sent directly to the Publisher. Orders must be accompanied by check. Single issue price Dfl. 54.00, postage included.