Nuclei And Particles: An Introduction To Nuclear And Subnuclear PhysicsA single china cup from a tea set left behind when Jews were forced to leave Russia helps hold a family together through generations of living in America, reminding them of the most important things in life. |
Contents
DETECTION METHODS FOR NUCLEAR RADIATIONS | 86 |
PARTICLE ACCELERATORS | 130 |
RADIOACTIVE DECAY | 168 |
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absorption accelerators alpha particles amplitude angle angular momentum approximately atomic average beam beta decay bubble chamber calculated chamber charge collision conservation consider corresponding counter cross section curve decay constant density detector deuteron dipole direction eigenfunction electric electromagnetic electron emission emitted energy loss equation excited experimental factor Fermi Figure fission formula gamma rays gives high energy hydrogen i-spin ionization ions ISBN kinetic energy leptons levels m₁ magnetic field magnetic moment mass matrix element measured meson momenta muon neutrino neutrons Nucl nuclear nucleons nucleus observed obtained orbit pair parity Phys physics pions polarized positron potential produced proton quadrupole quantum numbers quarks radiation radius ratio reaction resonance rotational scattering shows spin strong interactions target theory tion transition vector velocity wave function weak interaction