Progress in elementary particle cosmic ray physics

Progress in elementary particle cosmic ray physics

Detalhes bibliográficos
Outros Autores: U. Camerini { et al...}
Formato: Livro
Idioma:English
Publicado em: Amsterdam North-Holland Publishing c1952.
coleção:v.1 Radiative collisions, Unstable heavy cosmic ray particles, Decay of heavy charged particles, Coupling properties of nucleons, mesons and leptons, The nature of primary cosmic radiation, Recent data on geomagnetic effects, Equilibrium of the cosmic ray beam in atmosphere, The variations of cosmic ray intensity
v.2 Nuclear interactions of stopped mesons, Experimental data on the heavy unstable particles, The penetrating component of cosmic radiation in the upper atmosphere, The development of a nucleon cascade, Particle identification with photographic emulsions, and related problems
4 Some theoretical aspects of the strong interactions of the new particles, The properties and production of K-mesons, The primary cosmic radiation and its time variations, The origin of cosmic radiation
v.5 Weak interactions, Phenomenology of the nucleon-nucleon interaction, Theory of antinucleons, Observations of cosmic ray "jet interactions' in nuclear emulsions, The absorption and decay of negative muons
v.6 Cosmic ray produced isotopes and their application to problems in geophysics, Time variations of low rigidity cosmic rays during the recent sunspot cycle, Time variations of low energy galactic radiation, Geomagnetically trapped radiation
7 Cosmic radiation as a transmitter and source of information concerning geophysical and astrophysical phenomena, Cosmic rays and the terrestrial atmosphere, Cosmic rays and geomagnetism, Modulation effects: electromagnetic conditions in the interplanetary medium in solar corpuscular streams
v.8 Analyticity in potential scattering, Strong interactions symmetry, Experimental information on negative kaons, Resonances
9 The dynamical origin of the solar wind and cosmic ray variations, Cosmic ray intensities deep underground, Principles and application of the ionization calorimeter
Series in physics.
Assuntos:
Cosmic rays > Periodicals.
Particles (Nuclear physics) > Periodicals.