Kosmische Strahlung II / Cosmic Rays II

Theory of Cascade Showers.- A. Introduction.- B. The elementary processes.- C. The diffusion equations for electron showers, and the limitations of the approximations.- D. Behaviour of the shower functions and elementary solutions.- E. One-dimensional electron shower theory.- F. Three-dimensional electron shower theory.- G. Application of the theory to the shower phenomena.- References.- Cosmic Rays and High-Energy Physics.- I. Discovery of multiple production.- II. Direct observations of high-energy interactions.- III. Behaviour of high-energy cosmic rays.- IV. Models of multiple production.- V. Summary of cosmic-ray information.- References.- The Spectrum and Charge Composition of the Primary Cosmic Radiation.- I. Introduction.- II. Solar influences on the spectrum.- III. Spectrum of the total radiation.- IV. The spectrum of the singly charged component.- V. The spectrum of the helium component.- VI. Nuclei heavier than helium.- VII. The spectrum of the L nuclei.- VIII. The spectrum of the S (M + H) nuclei.- IX. Intensity and spectrum of the electronic component.- X. Charge composition and spectrum of the cosmic radiation between 30 and 10000 GeV.- XI. The energy spectrum of the total radiation at energies > 1014 eV/Nuc.- XII. Detailed charge features of the radiation.- XIII. A comparison of the spectra of the different charge groups.- XIV. Astrophysical consequences of the above results in relation to the acceleration and propagation of cosmic rays.- References.- High Energy Photons and Neutrinos from Cosmic Sources.- I. Introduction.- II. Production in the interstellar gas, the galactic halo, and the intergalactic medium.- III. Discrete sources of high energy photons.- IV. Neutrino sources.- V. Conclusion.- References.- The Time Variations of the Cosmic Ray Intensity.- I. Introduction.- II. Geophysical effects of cosmic radiation.- III. Experimental evidence on the modulation mechanism.- IV. Modulation mechanisms.- References.- Nukleonen in der Atmosphäre.-