Composition and Origin of Cosmic Rays: Nato Science Series C:, cartea 107

I. Composition and Energy Spectra.- to the Galactic Cosmic Radiation.- The Spectra of Cosmic-Ray Nuclei > 1 GeV/nuc — Implications for Acceleration and Propagation.- Significance of Ultraheavy Cosmic Rays.- Cosmic-Ray Isotopic Composition.- Cosmic-Ray Electrons and Positrons — A Review of Current Measurements and Some Implications.- Cosmic Ray Composition at 1012 – 1015eV Derived from Muon Measurements.- Antiprotons in the Cosmic Radiation.- Ultra-High-Energy Cosmic Rays.- On the Origin of the Low-Energy Anomalous Component of Galactic Cosmic Rays.- Solar Energetic Particle Studies.- II. Acceleration, Propagation, and Sources of Cosmic Rays.- Cosmic Ray Acceleration Mechanisms.- Cosmic-Ray Acceleration by Diffusive Shocks: Cut-Off Energy.- Galactic Propagation of Cosmic Rays.- Cosmic-Ray Sources.- Sources of Extragalactic Cosmic Rays: Photons and Neutrinos as Probes.- Extragalactic Cosmic Rays, Active Galaxies and Quasi-Stellar Objects.- III. Muons and Neutrinos in Cosmic-Ray Physics and Astrophysics.- Deep Underwater Muon and Neutrino Detection (Dumand).- Future Muon and Neutrino Experiments.- IV. Techniques of Observation and Calculation.- Detectors of Ultraheavy Cosmic Rays.- The Bugs 4 Cosmic-Ray Detector.- A Detector to Investigate the Anomalous Component of Cosmic Rays and its Rarer Constituents Including a Possible Molecular Ion Component.- Complete Fragment Yields from Spallation Reactions via a Combined Time-of-Flight and ?E-E Technique.- Improvement of Calculations of Cross Sections and Cosmic Ray Propagation.- Matrix Methods of Cosmic Ray Propagation.- The Effect of Cross-Section Uncertainties on the Derivation of Source Abundances from Cosmic-Ray Composition Observations.- V. Related Topics in Cosmic-Ray Physics and Astrophysics.- RelativisticParticles and Gamma Rays in Quasars and Active Galactic Nuclei.- Proton Decay and Neutrino Experiments in the Mount Blanc Tunnel.- The IMB Proton Decay Detector.- Effectiveness of Hze-Particles onto Different Biological Systems in the Biostack Experiments on Apollo 16, and 17 and on ASTP.- The Decay of “Mesotrons” (1939–1943) — Experimental Particle Physics in the Age of Innocence.- Author Index.