Physics of the Microworld
192 36 8MB
English Pages [296] Year 1974
Table of contents :
Front Cover
Title Page
Contents
Hydrogen Atom. Quantum Numbers.
Hydrogen Atom Spectrum
Magnetic Moments
Basic Principles of Quantum Mechanics
Radio Emission of Hydrogen on the 21.1 cm Wavelength
Deuterium, Tritium, Neutron
Positron, Antiproton, Antineutron, and Antihydrogen
Heavy Nuclei
Characteristic Dimensions of Particles
Nuclear Forces. Pi-Mesons (Pions)
Uncertainity Relation and Virtual Processes
Nuclear Forces (continued )*
Virtual Processes and Nucleon Structure
Strong, Electromagnetic, and Weak Interactions
Partiy, Its Conservation and Non-Conservation
Polarization of Vacuum
List of Elementary Particles Playing a Definite Role in the Structure of Matter
Electron Shells
Quantum Amplifiers (Masers and Lasers)
CO2 Laser
Semiconductor Lasers
Negative Absolute Temperatures
Nuclear Synthesis Reactions
Liquid-Drop Nuclear Model and Fission Reactions
Shell Model of Nucleus
Mossbauer Effect
Complete List of Elementary Particles
Isotopic Spin
Strangeness
G-Parity
K-Mesons
Hyperons
Resonances
Table of Mesons and Mesic Resonances
Table of Baryons and Baryonic Resonances
On the Classification of Hadrons
Unitary Symmetry. Gell-Mann-Ne'eman Model
Quarks
Formula for Particle Masses in Unitary Multiplet
Hyperfragments
Back Cover
