Nuclear Physics |
Contents
Relativistic Dynamics and Review of Atomic Physics | 1 |
Static Properties of Nuclei | 35 |
Accelerators | 59 |
Copyright | |
14 other sections not shown
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Common terms and phrases
accelerator alpha decay alpha particle angle angular momentum approximately atomic beam beta decay beta stability beta-stable binding energy Bohr characterize charged particles compound nucleus constant corresponding coulomb curve detector deuteron diagram differential cross section dipole distribution effect ejected electron electrostatic emission energy levels experimental fission frequency gamma rays given incident particle indicate interaction ionization ions isobaric K₁ kinetic energy line of beta magnetic field magnetic moment mass decrements mass number mass surface measure meson methods neutron neutron-proton nuclear energy nuclear forces nuclear particles nuclear physics nucleons nuclides obtain orbital oscillator pairing parameters Phys potential proton pulse Q values quadrupole quadrupole moment quantum mechanics quantum number radial wave radius range residual resonance S-wave scattering shell spin stable target theoretical theory tion total cross section transition tube vector velocity voltage wave equation wave function width